Find if =300 m/s and equals 2.5 v2 v1 A2 A1? Section IX: For problems 39 43, use the equations – PV = nRT Q = mc∆T W = −P∆V = Q + W ∆U What is if = 2x10-3 m3, = 1 mol, = 8.31 J/kg·K, and = 7x106 Pa? T V n R P Assuming and are both held constant, what happens to if is doubled and is tripled? n R T P V Calculate if = 4000 J/kg°C, = 6.2 kJ, and = 12 °C. To do this correctly kJ to be converted m c Q T into units of J? If doubles and and remain the same values, how does change? U kB, R, M vrms
Find v2 if v1 =300 m/s and A2 equals 2.5 A1? Section IX: For problems 39 – 43, use the equations PV = nRT Q = mc∆T W = −P∆V ∆U = Q + W What is T if V = 2x10-3 m3, n = 1 mol, R = 8.31 J/kg·K, and P = 7x106 Pa? Assuming n and R are both held constant, what happens to T if P is doubled and V is tripled? Calculate m if c = 4000 J/kg°C, Q = 6.2 kJ, and T = 12 °C. To do this correctly kJ to be converted into units of J? If U doubles and kB, R, and M remain the same values, how does vrms change?
AP_Physics_I_2015_SummerAssignment_Version_1_key.docx