13 Let's essume the rocket has a rest length of 76 m and the hangar hes a rest length of 68 m. Additionelly, assume the relative velecity between H&R (the speed they see the ofther moving at) is 0.73e.1. How long is the recket according to H?Rockat engh according lo H = 51.419 m2. How long is the hangar according to R?Hangar len gth according to R= 0.4744 mThe distance traveled at constant speed is given by Ar var, as long as the quantities Ax, At, and v are all measured with respect to the same coordinate syatem. Use this fermula (when uaing t, expreas v in mla so that you can get thetime in e) te anewar the the next four questicne. Assume t,--0s coincides with the nose of the rocket ship ontering the tront door of the hangar. The table below summarizos the events.E: nose of the rocket at front door.tail of the rocket at front door.i nose of the rocket at rear door.3. Find the time in Hs frame for event E, (HNT. In H's frame, how far is the tail from the frant door at t=0s? How kong will it take for the tail to travel that distance4. Find the time in R's frame for event E, (HINT: In R's frame, how far must he front door traval from the nose of the rochet to the tail? How kong dees this take?)5. Find the time in He frame for event Ey HINT: How for ie it from the front door to the rear door in N's frame? How long wila tako the nose of the rocket to traval this dietance?6. Find the time in Re frame for event , (HNT: In R's frama, how far ie the rear door from the nose 07 How lang does it take he rear doar to travel this dietance)7. Enter your data into the table below.Event(s)(s)E: nose of the rocket at front doorEs: tail of the rocket at front doorEzi nose of the rocket at rear door8. State the event sequence as observed from each frame. To receive eredit, you muat have the entire sequenee correct.Hangar Frame Rocket FrameFiestV FirstLastLest288

In this question we have to assume the rocket has a rest length of 93 m and the hangar has a rest…

Let's essume the rocket has a rest length of 76 m and the hangar hes a rest length of 68 m. Additionally, assume the relative velecity between HAR (the speed they see the other moving et) is 0.73e 1. How long is the recket according to H? Rockat engih according to H = 51.410 m 2. How long is the hangar according to R? Hangar length accerding to R= 0.4744 m The distance traveled at eonstant apeed is given by Ar var, as long as the quantities Ax, At, and v are all measured with respect to the same coordinate syatem. Use this formula (when uaing t, expreas v in mla so that you can get the time in e) te anewar the the next four questione. Assume t,--0s coincides with the nose af the rocket chip entering the front door of the hangar. The table below summarizos the events. E,: nose of the rocket at front door. E: tail of the rocket at front door. i nose of the rocket at rear door.

Let's essume the rocket has a rest length of 76 m and the hangar hes a rest length of 68 m. Additionally, assume the relative velecity between HAR (the speed they see the other moving et) is 0.73e 1. How long is the recket according to H? Rockat engih according to H = 51.410 m 2. How long is the hangar according to R? Hangar length accerding to R= 0.4744 m The distance traveled at eonstant apeed is given by Ar var, as long as the quantities Ax, At, and v are all measured with respect to the same coordinate syatem. Use this formula (when uaing t, expreas v in mla so that you can get the time in e) te anewar the the next four questione. Assume t,--0s coincides with the nose af the rocket chip entering the front door of the hangar. The table below summarizos the events. E,: nose of the rocket at front door. E: tail of the rocket at front door. i nose of the rocket at rear door.

University Physics Volume 3

17th Edition

ISBN:9781938168185

Author:William Moebs, Jeff Sanny

Publisher:William Moebs, Jeff Sanny

Chapter5: Relativity

Section: Chapter Questions

Problem 88AP: A spacecraft starts from being at rest at the origin and accelerates at a constant rate g, as seen...

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