Title: asteroid velocity
Course: Physics copy 1

Q: A trojan asteroid has a mean orbital radius of 555000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 7E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 15000

Q: A trojan asteroid has a mean orbital radius of 600000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 7E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 15000

Q: A trojan asteroid has a mean orbital radius of 495000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 1E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 510000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 2E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 540000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 3E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 555000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 3E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 15000

Q: A trojan asteroid has a mean orbital radius of 540000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 7E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 525000000000 m. Taking the mass of the sun as 1.98892E+030 kg and the mass of the asteroid as 9E+020 kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 525000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 1E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 450000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 4E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 17000

Q: A trojan asteroid has a mean orbital radius of 540000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 5E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 465000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 1E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 17000

Q: A trojan asteroid has a mean orbital radius of 480000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 6E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 17000

Q: A trojan asteroid has a mean orbital radius of 540000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 2E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 540000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 6E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 16000

Q: A trojan asteroid has a mean orbital radius of 465000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 9E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 17000

Q: A trojan asteroid has a mean orbital radius of 570000000000 m. Taking the mass of the sun as 1.98892E+030kg and the mass of the asteroid as 2E+020kg, the velocity of the asteroid is _____ m/s. Enter your answer as a number correct to two significant digits. | [Image: low earth orbit satellite]
A: 15000