38. How do scientists believe were formed? ? 39. Can I carry out calculations using the equation ? F = r2 40. Can I state an application of gravitational force? ? 1.5 Special relativity How well can you Covered do this? () Do I know that the speed of light in a vacuum is the same for ? all observers in all reference frames? Can I describe the motion of an object in terms of an observer’s frame of reference, using time dilation and length ? contraction? Can I out calculations involving time dilation, i.e. ? = Can I carry out calculations involving length contraction, i.e. ?
38. How do scientists believe were formed? ? 39. Can I carry out calculations using the equation F = r2 ? 40. Can I state an application of gravitational force? ? 1.5 Special relativity Covered () How well can you do this? Do I know that the speed of light in a vacuum is the same for all observers in all reference frames? ? Can I describe the motion of an object in terms of an observer’s frame of reference, using time dilation and length contraction? ? Can I out calculations involving time dilation, i.e. = ? Can I carry out calculations involving length contraction, i.e. ?