Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
3) A spaceship moves at relativistic speeds past the earth. The spaceship will test an experimental probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of uprobe = 0.87c Probe Uprobe = 0.87c Pilot Vapaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). C. What is the relativistic factor gamma ("y") between the pilot's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!).

3) A spaceship moves at relativistic speeds past the earth. The spaceship will test an experimental probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of uprobe = 0.87c Probe Uprobe = 0.87c Pilot Vapaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). C. What is the relativistic factor gamma ("y") between the pilot's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!).

icon
Related questions
Question

Please solve A-E as fast as you can 

Thank you 

probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of Uprobe = 0.87c Probe Uprobe = 0.87c Pilot Vapaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). c. What is the relativistic factor gamma ("Y") between the piloť's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!). d. If the probe had a length of 12.4 m, determine the length it would appear to the pilot on the spaceship? e. The mass of the probe would appear to be larger to the observer on earth compared to the mass of the probe as seen by the pilot. Use what you know about the problem, motion, energy, mass, and relativity to explain why!
Transcribed Image Text:probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of Uprobe = 0.87c Probe Uprobe = 0.87c Pilot Vapaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). c. What is the relativistic factor gamma ("Y") between the piloť's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!). d. If the probe had a length of 12.4 m, determine the length it would appear to the pilot on the spaceship? e. The mass of the probe would appear to be larger to the observer on earth compared to the mass of the probe as seen by the pilot. Use what you know about the problem, motion, energy, mass, and relativity to explain why!
3) A spaceship moves at relativistic speeds past the earth. The spaceship will test an experimental probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of uprobe = 0.87c Probe Uprobe = 0.87c Pilot spaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). c. What is the relativistic factor gamma (“y") between the pilot's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!). d. If the probe had a length of 12.4 m, determine the length it would appear to the pilot on the spaceship?
Transcribed Image Text:3) A spaceship moves at relativistic speeds past the earth. The spaceship will test an experimental probe that is launched in the same direction as the spaceship is already moving. An observer sits on earth and a pilot sits on the spaceship. The spaceship moves with a speed of vspaceship = 0.63c as measured from earth. Probe Pilot Vspaceship = 0.63c Earth Observer a. The observer on earth watches the probe being launch. From their perspective it takes 12.3 seconds. How long does it take from the perspective of the pilot? After the probe is launched it moves away from the spaceship (again as measured from earth) with a speed of uprobe = 0.87c Probe Uprobe = 0.87c Pilot spaceship = 0.63c Earth Observer b. Determine how fast the probe is moving according to the pilot on the rocket ship (note this is solving for uprobe' ). c. What is the relativistic factor gamma (“y") between the pilot's reference frame and the probes? (If you did not get an answer for part "b" choose a speed to continue!). d. If the probe had a length of 12.4 m, determine the length it would appear to the pilot on the spaceship?
Expert Solution
steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer