Consider Alice’s spaceship with the light pulse apparatus that shoots two light pulses toward clocks at opposite ends of her ship, each with speed c relative to the apparatus (as drawn in the video lecture). Assume that Alice has properly synchronized her clocks, that her spaceship is moving with speed V to the right (in the positive x direction) relative to Bob, and that c is greater than V. True or false: In Alice’s frame of reference, the two light pulses will hit the clocks simultaneously (i.e., each clock will read the same time when the light pulses hit).

6. Question 6 Consider Bob on Space Station Omega in deep space. At time t = 0, both Alice and Kris fly by Bob heading to the right at the…

7. Question 7 Consider a train with three cars, moving to the right past Alice, who is on a train station platform. The front of the first car reaches Alice…

1. Question 1 “Electromagnetic induction” refers to the phenomenon of: 1 point   Using mechanical models to portray how electromagnetism works. How electric current traveling through a wire can induce…

1. Question 1 About how far does light travel in one nanosecond? 1 point   1 meter 1 foot 1 kilometer 1 nanometer

1. Question 1 Consider Alice’s spaceship with the paintball apparatus that shoots two paintballs toward clocks at opposite ends of her ship, each with speed S relative to the apparatus…

8. Question 8 Let the relative velocity between two frames of reference be given by V. If V could be equal to the speed of light, what would the value…