A pursuit spacecraft from the planet Tatooine is attempting to catch up with a Trade Federation cruiser. As measured by an observer on Tatooine, the cruiser is travelling away from the planet with a speed of 0.610 c . The pursuit ship is travelling at a speed of 0.840 c relative to Tatooine, in the same direction as the cruiser.
a) What is the speed of the cruiser relative to the pursuit ship?
A pursuit spacecraft from the planet Tatooine is attempting to catch up with a Trade Federation...
Constants Part A A pursuit spacecraft from the planet Tatooine is attempting to catch up with a Trade Federation cruiser. As measured by an observer on Tatooine, the cruiser is traveling away from the planet with a speed of 0.620c. The pursuit ship is traveling at a speed of 0.820c relative to Tatooine, in the same direction as the cruiser What is the speed of the cruiser relative to the pursuit ship? You may want to review (Pages 1232 1235)...
A spacecraft flies away from the earth with a speed of4.90×106 relative to the earth andthen returns at the same speed. The spacecraft carries an atomicclock that has been carefully synchronized with an identical clockthat remains at rest on earth. The spacecraft returns to itsstarting point 365 days (1 year) later, as measured by the clockthat remained on earth. What is the difference in the elapsed timeson the two clocks, measured in hours?
Galaxy A moves away from galaxy B at 0.700 c0 relative to B. A spaceship leaves a planet in galaxy A traveling at 0.550 c0 relative to galaxy A. If the direction in which the ship travels is the same as the direction in which A is moving away from B, what do observers in B measure for the ship's speed?
Observer A on Earth sees spaceship B moving at speed v = 0.600c0 away from Earth and spaceship C moving at the same speed in the opposite direction. Observer A determines that both ships simultaneously sent out a radio signal at 12:00:00 noon and another signal at 12:05:00 p.m., making the time interval A measures between the emission of the signals from each ship ?tA = 5.00 min . Let ?tBB denote the time interval measured on ship B between...
The spaceship Enterprise 1 is moving directly away from earth at a velocity that an earth-based observer measures to be +0.69c. A sister ship, Enterprise 2, is ahead of Enterprise 1 and is also moving directly away from earth along the same line. The veolcity of Enterprise 2 relative to Enterprise 1 is +0.45c. What is the velocity of Enterprise 2, (in terms of c) as measured by the earth-based observer?
A 1500kg space ship (including fuel) is travelling through space at 25m/s[away from Earth) To gain a little more speed, the rocket expels 400kg of fuel out the back of the ship at 40.5m/s[toward the Earth] The speed of the ejected fuel is measured relative to the space ship. 17. By the time all of the 400kg of fuel has been ejected, what will be the new speed of the spaceship?
A spacecraft (mass of 629 kg) is 2.87 x 109 m from the center of the earth, and travelling at 3.33 x 101 (m/s) relative to the earth away from the earth. (i) What are the KE of the spacecraft relative to the earth, and the PE of the earth-spacecraft system. (ii) Has the spacecraft succesfully escaped from the gravitational pull of the earth? Hint: PE=-GMmr; G=6.67 N.m2kg2; Mass of earth M=5.97×1024kg An object undergoes SHM with period 0.9s and...
suppose a spaceship heading directly away from the Earth at 0.75c can shoot a canister at 0.65c relative to the ship. Take the direction of motion towards Earth as positive. v1= 0.75 c v2= 0.65 c a) If the canister is shot directly at Earth, what is the ratio of its velocity, as measured on Earth, to the speed of light? (units for answer in mu/c=...) b) What about if it is shot directly away from the Earth (again, relative...
13. A bicycle rider traveling east at 10 km/hr sees a blue car pass her appearing to travel west at 50 km/hr. What is the blue car’s apparent speed for an observer riding in a red car traveling 15 km/hr west relative to the Earth? A. 40 km/hr B. 15 km/hr C. 25 km/hr D. 35 km/hr E. 65 km/hr 14. Kira flies her spaceship at 0.8 c, trying to catch up to her sister Aja, who’s spaceship is traveling...
Suppose a spaceship heading directly away from the Earth at 0.65c can shoot a canister at 0.25c relative to the ship. Take the direction of motion towards Earth as positive. Randomized Variables V1 = 0.65 c V2 = 0.25 cPart (a) If the canister is shot directly at Earth, what is the ratio of its velocity as measured on Earth to the speed of light? Part (b) What about if it is shot directly away from the Earth (again, relative to c)?