Calculate the energy required to accelerate a 1.0 x 10^8 kg ship to a speed such...
Calculate the energy required to accelerate a 1.0 x 10^8 kg ship to a speed such that, in the Earth frame of reference, a passenger ages only 10% as fast as we do on Earth. Compare this energy to the rest mass-energy of the ship
(Answer: 8.1 x 10^25 J = 9 mc^2)
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Calculate the energy required to accelerate a 1.0 x 10^8 kg ship
to a speed such...
1. How much energy is required to accelerate a spaceship with a rest mass of 133...
1. How much energy is required to accelerate a spaceship with a rest mass of 133 metric tons to a speed of 0.558 c? 2. Every day our Earth receives 1.55×1022 J energy from the Sun. If we were able to use 0.75 percent of this energy to accelerate spaceships, then how many missions would be possible in one year?
How much energy is required to accelerate a spaceship with a rest mass of 139 metric...
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How much energy is required to accelerate a spaceship with a rest mass of 133 metric...
How much energy is required to accelerate a spaceship with a rest mass of 133 metric tons to a speed of 0.593 c? 1.485x10 22 J Hints: In the acceleration process the energy we have is converted to the kinetic energy of the spaceship. The classical kinetic energy of an object is half of the mass multiplied by the square of the velocity. What is the relativistic form of the kinetíc energy? Submit Answer Incorrect. Tries 5/12 Previous Tries Every...
How much energy is required to accelerate a spaceship with a rest mass of 105 metric...
How much energy is required to accelerate a spaceship with a rest mass of 105 metric tons to a speed of 0.522 c? Submit Answer Tries 0/20 Every day our Earth receives 1.55x1022 ) energy from the Sun. If we were able to use 0.85 percent of this energy to accelerate spaceships, then how many missions would be possible in one year? 10
How much energy is required to accelerate a spaceship with a rest mass of 110 metric...
How much energy is required to accelerate a spaceship with a rest mass of 110 metric tons to a speed of 0.553 c? Submit Answer Tries 0/12 Every day our Earth receives 1.550x1022 ) energy from the Sun. If we were able to use 1.05 percent of this energy to accelerate spaceships, then how many missions would be possible in one year? Submit Answer Tries 0/12
Part A Part complete Calculate the voltage required to accelerate a beam of protons initially at...
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8. (a) Calculate the potential energy of a 10.0-kg mass on the surface of the Earth and at an altitude of 400 km respectively: (b) calculate the speed needed to move this mass from surface of the Earth to the altitude of 400 km. (-6.25*10%, -5.88*10% J, 2.72*10 m/s)
Practice Problem 27.3 SOLUTION A spaceship flies past earth with a speed of 0.980c (about 2.97...
Practice Problem 27.3 SOLUTION A spaceship flies past earth with a speed of 0.980c (about 2.97 x 10 m/s) relative to earth. A crew member on the spaceship measures its length, obtaining the value 400 m. What is the length measured by observers on earth? SET UP The length of the spaceship in the frame in which it is at rest (400 m) is a proper length in this frame, corresponding to lo in We want to find the length...
How much energy is required to accelerate a spaceship with a rest mass of 133 metric tons to a speed of 0.593 c? 1.485x10 22 J Hints: In the acceleration process the energy we have is converted to the kinetic energy of the spaceship. The classical kinetic energy of an object is half of the mass multiplied by the square of the velocity. What is the relativistic form of the kinetíc energy? Submit Answer Incorrect. Tries 5/12 Previous Tries Every...
How much energy is required to accelerate a spaceship with a rest mass of 105 metric tons to a speed of 0.522 c? Submit Answer Tries 0/20 Every day our Earth receives 1.55x1022 ) energy from the Sun. If we were able to use 0.85 percent of this energy to accelerate spaceships, then how many missions would be possible in one year? 10
How much energy is required to accelerate a spaceship with a rest mass of 110 metric tons to a speed of 0.553 c? Submit Answer Tries 0/12 Every day our Earth receives 1.550x1022 ) energy from the Sun. If we were able to use 1.05 percent of this energy to accelerate spaceships, then how many missions would be possible in one year? Submit Answer Tries 0/12
8. (a) Calculate the potential energy of a 10.0-kg mass on the surface of the Earth and at an altitude of 400 km respectively: (b) calculate the speed needed to move this mass from surface of the Earth to the altitude of 400 km. (-6.25*10%, -5.88*10% J, 2.72*10 m/s)
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