text: You are going to predict the probability of electric shocks associated with two visual stimuli.
  First, you will have to indicate the probability that a stimulus predicts a shock at the current moment in time on a rating bar (between 0 and 100 percent).
  After that, the outcome for each stimulus will be presented visually.
  An upcoming shock will be indicated by a square over the stimulus, while a no-shock outcome will be indicated by a circle.
  Finally, shocks will be delivered after you have learned about the outcome visually.
  If both stimuli indicate a shock, they will be presented one after the other in random order.
  The shock probability fluctuates over time such that one stimulus has a stable probability while the other varies.
  
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<59.33>>% and the shock probability for stimulus N is <<50.0>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<59.33>>% and the shock probability for stimulus N is <<50.0>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<59.33>>% and the shock probability for stimulus N is <<55.63>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<63.97>>% and the shock probability for stimulus N is <<55.63>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<63.36>>% and the shock probability for stimulus N is <<55.2>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<62.33>>% and the shock probability for stimulus N is <<55.2>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<62.33>>% and the shock probability for stimulus N is <<57.27>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.48>>% and the shock probability for stimulus N is <<57.27>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<65.52>>% and the shock probability for stimulus N is <<57.27>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus M and stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<69.12>>% and the shock probability for stimulus N is <<58.72>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<69.12>>% and the shock probability for stimulus N is <<58.72>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<69.12>>% and the shock probability for stimulus N is <<58.72>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<69.12>>% and the shock probability for stimulus N is <<58.72>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<69.12>>% and the shock probability for stimulus N is <<57.17>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<67.06>>% and the shock probability for stimulus N is <<57.17>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<67.06>>% and the shock probability for stimulus N is <<58.72>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<67.06>>% and the shock probability for stimulus N is <<58.72>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.45>>% and the shock probability for stimulus N is <<60.87>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<67.06>>% and the shock probability for stimulus N is <<60.87>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.45>>% and the shock probability for stimulus N is <<59.84>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.45>>% and the shock probability for stimulus N is <<56.75>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.91>>% and the shock probability for stimulus N is <<56.75>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.55>>% and the shock probability for stimulus N is <<55.63>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.55>>% and the shock probability for stimulus N is <<55.63>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<66.55>>% and the shock probability for stimulus N is <<55.63>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<67.06>>% and the shock probability for stimulus N is <<56.66>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<68.0>>% and the shock probability for stimulus N is <<57.78>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<68.0>>% and the shock probability for stimulus N is <<58.81>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus N. Finally, shocks are delivered for both stimulus M and stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<68.0>>% and the shock probability for stimulus N is <<58.81>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<68.0>>% and the shock probability for stimulus N is <<57.27>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.91>>% and the shock probability for stimulus N is <<58.81>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.91>>% and the shock probability for stimulus N is <<58.81>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.91>>% and the shock probability for stimulus N is <<57.69>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.91>>% and the shock probability for stimulus N is <<57.69>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus N. Finally, no shocks are delivered.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<64.39>>% and the shock probability for stimulus N is <<57.69>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<62.42>>% and the shock probability for stimulus N is <<57.69>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<63.97>>% and the shock probability for stimulus N is <<52.02>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<65.94>>% and the shock probability for stimulus N is <<52.02>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<65.94>>% and the shock probability for stimulus N is <<52.02>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus N. Finally, a shock is delivered for stimulus M.
  Stimulus M and N are shown on the screen. You predict that the shock probability for stimulus M is <<65.94>>% and the shock probability for stimulus N is <<52.02>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus N. Finally, a shock is delivered for stimulus N.
  
  There is a short break before the next block. The probability of electric shocks associated with the stimuli will be reset. Please disregard anything you have learned in the previous block.
  
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.69>>% and the shock probability for stimulus M is <<50.0>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<55.2>>% and the shock probability for stimulus M is <<50.0>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.25>>% and the shock probability for stimulus M is <<30.88>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.34>>% and the shock probability for stimulus M is <<30.88>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.25>>% and the shock probability for stimulus M is <<29.33>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.64>>% and the shock probability for stimulus M is <<27.36>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.64>>% and the shock probability for stimulus M is <<27.27>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.22>>% and the shock probability for stimulus M is <<27.27>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<29.84>>% and the shock probability for stimulus M is <<27.27>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<31.48>>% and the shock probability for stimulus M is <<27.27>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<32.94>>% and the shock probability for stimulus M is <<28.91>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<31.91>>% and the shock probability for stimulus M is <<28.91>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<28.91>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.69>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.69>>% and the shock probability for stimulus M is <<29.42>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.69>>% and the shock probability for stimulus M is <<29.42>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.69>>% and the shock probability for stimulus M is <<29.42>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<54.59>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<48.92>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<42.83>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<42.83>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.22>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<38.61>>% and the shock probability for stimulus M is <<28.91>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<37.16>>% and the shock probability for stimulus M is <<27.27>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<37.16>>% and the shock probability for stimulus M is <<27.27>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<30.36>>% and the shock probability for stimulus M is <<25.3>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<29.42>>% and the shock probability for stimulus M is <<24.17>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<26.23>>% and the shock probability for stimulus M is <<20.14>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<28.3>>% and the shock probability for stimulus M is <<22.72>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<28.3>>% and the shock probability for stimulus M is <<22.72>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<29.94>>% and the shock probability for stimulus M is <<22.72>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<29.94>>% and the shock probability for stimulus M is <<22.72>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.16>>% and the shock probability for stimulus M is <<22.72>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<50.05>>% and the shock probability for stimulus M is <<22.72>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.17>>% and the shock probability for stimulus M is <<25.81>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<57.17>>% and the shock probability for stimulus M is <<25.81>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<56.14>>% and the shock probability for stimulus M is <<25.81>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<56.14>>% and the shock probability for stimulus M is <<25.72>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus M and stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<56.14>>% and the shock probability for stimulus M is <<25.72>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<56.14>>% and the shock probability for stimulus M is <<25.72>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  
  There is a short break before the next block. The probability of electric shocks associated with the stimuli will be reset. Please disregard anything you have learned in the previous block.
  
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<50.0>>% and the shock probability for stimulus P is <<50.0>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<50.0>>% and the shock probability for stimulus P is <<52.62>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<52.11>>% and the shock probability for stimulus P is <<52.62>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<50.98>>% and the shock probability for stimulus P is <<51.59>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<49.53>>% and the shock probability for stimulus P is <<50.47>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<37.58>>% and the shock probability for stimulus P is <<45.41>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<35.52>>% and the shock probability for stimulus P is <<45.41>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<35.52>>% and the shock probability for stimulus P is <<45.41>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus P. Finally, shocks are delivered for both stimulus M and stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<35.52>>% and the shock probability for stimulus P is <<45.41>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<35.52>>% and the shock probability for stimulus P is <<46.34>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<35.52>>% and the shock probability for stimulus P is <<49.53>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<36.64>>% and the shock probability for stimulus P is <<49.53>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<38.09>>% and the shock probability for stimulus P is <<49.53>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<40.77>>% and the shock probability for stimulus P is <<49.53>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<40.77>>% and the shock probability for stimulus P is <<53.14>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<40.77>>% and the shock probability for stimulus P is <<53.14>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<40.77>>% and the shock probability for stimulus P is <<53.14>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<41.8>>% and the shock probability for stimulus P is <<53.14>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<50.56>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<50.47>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus P. Finally, shocks are delivered for both stimulus P and stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<50.47>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<49.95>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<49.95>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<49.95>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<48.5>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus P. Finally, shocks are delivered for both stimulus M and stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.77>>% and the shock probability for stimulus P is <<48.5>>%. After that, a square is shown over stimulus M, and a square is shown over stimulus P. Finally, shocks are delivered for both stimulus P and stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<45.31>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<45.31>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.86>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.86>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<43.86>>% and the shock probability for stimulus P is <<48.5>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<42.83>>% and the shock probability for stimulus P is <<47.38>>%. After that, a circle is shown over stimulus M, and a square is shown over stimulus P. Finally, a shock is delivered for stimulus P.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<42.83>>% and the shock probability for stimulus P is <<47.38>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<42.83>>% and the shock probability for stimulus P is <<47.38>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<42.83>>% and the shock probability for stimulus P is <<47.38>>%. After that, a square is shown over stimulus M, and a circle is shown over stimulus P. Finally, a shock is delivered for stimulus M.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<44.28>>% and the shock probability for stimulus P is <<47.38>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  Stimulus M and P are shown on the screen. You predict that the shock probability for stimulus M is <<44.28>>% and the shock probability for stimulus P is <<47.38>>%. After that, a circle is shown over stimulus M, and a circle is shown over stimulus P. Finally, no shocks are delivered.
  
  There is a short break before the next block. The probability of electric shocks associated with the stimuli will be reset. Please disregard anything you have learned in the previous block.
  
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<50.0>>% and the shock probability for stimulus M is <<50.0>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<50.0>>% and the shock probability for stimulus M is <<52.62>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<50.0>>% and the shock probability for stimulus M is <<52.62>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<46.44>>% and the shock probability for stimulus M is <<49.95>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<46.44>>% and the shock probability for stimulus M is <<46.86>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<44.37>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<43.86>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<43.86>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<43.86>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus M and stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<45.41>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<45.41>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<43.25>>% and the shock probability for stimulus M is <<45.41>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<42.73>>% and the shock probability for stimulus M is <<47.98>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<42.73>>% and the shock probability for stimulus M is <<52.53>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<52.53>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<52.53>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<56.75>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<56.75>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<41.7>>% and the shock probability for stimulus M is <<56.75>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<41.7>>% and the shock probability for stimulus M is <<56.75>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.77>>% and the shock probability for stimulus M is <<50.47>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.64>>% and the shock probability for stimulus M is <<49.02>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<47.47>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus M and stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<46.95>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<46.95>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<46.95>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<46.95>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<47.89>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<50.47>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<50.47>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<54.59>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<54.59>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<54.59>>%. After that, a square is shown over stimulus N, and a square is shown over stimulus M. Finally, shocks are delivered for both stimulus N and stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<54.59>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<55.63>>%. After that, a circle is shown over stimulus N, and a square is shown over stimulus M. Finally, a shock is delivered for stimulus M.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<55.63>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.73>>% and the shock probability for stimulus M is <<55.63>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.64>>% and the shock probability for stimulus M is <<55.63>>%. After that, a circle is shown over stimulus N, and a circle is shown over stimulus M. Finally, no shocks are delivered.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<39.64>>% and the shock probability for stimulus M is <<55.63>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.
  Stimulus N and M are shown on the screen. You predict that the shock probability for stimulus N is <<40.67>>% and the shock probability for stimulus M is <<53.66>>%. After that, a square is shown over stimulus N, and a circle is shown over stimulus M. Finally, a shock is delivered for stimulus N.