question archive Question 6 (3 points)Discuss how you would support or dispute this statementQuestion 7 (2 points)7 Your fellow student says, "To a person observing Earth from an inertial frame in space, that is, stationary relative to Earth, clocks run slower at the North Pole than at the equator
Question 6 (3 points)Discuss how you would support or dispute this statementQuestion 7 (2 points)7 Your fellow student says, "To a person observing Earth from an inertial frame in space, that is, stationary relative to Earth, clocks run slower at the North Pole than at the equator
Subject:PhysicsPrice: Bought3
Question 6 (3 points)Discuss how you would support or dispute this statementQuestion 7 (2 points)7
Your fellow student says, "To a person observing Earth from an inertial frame in space, that is, stationary relative to Earth, clocks run slower at the North Pole than at the equator."
You want to travel to the future to see the new Apple iPhone (model 731b) which apparently can wash and fold your laundry. Your ship's maximum speed is 1.00 x 10m/s.
A) How long would you have to be travelling to arrive +85 years into the future (Earth time)?
B) What fraction of your proper length would an observer on Earth see?
Question 8 (2 points)
There are about 2.81 Billion heartbeats in a human life span of 72 years. Space travellers to a distant earth-like planet who are born, live and die on a space ship moving at a constant speed of 0.600c can expect their hearts to beat a total of ______________ times.
Question 9 (5 points)
The relativistic momentum of an electron travelling at 0.998c is equal to the classical momentum of ship weighing 5.6 X 10^7 kg and travelling at an unknown speed. Find the speed of the ship (show your work for full marks).
