Title: low earth orbit v
Course: Physics copy 1

Q: A satellite in low earth orbit is traveling at an altitude of 320 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7600 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 870 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7300 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1820 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1040 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7200 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1780 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 680 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7400 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1450 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7000 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1470 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7000 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1730 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 880 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7300 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 470 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7500 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1240 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7100 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1710 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 950 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7300 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1700 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1900 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6800 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1500 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7000 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1300 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7100 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 720 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 7400 (± 100)

Q: A satellite in low earth orbit is traveling at an altitude of 1740 km. It is necessary to use Newton's law of gravitation $$F_g=\frac{Gm_1m_2}{r^2}$$ to find the force of gravity. Given this force, the necessary velocity of the satellite is_____m/s is order for it to maintain its orbit. (Take earth's radius as 6357km. Take care when converting units. Enter your answer correct to 2 significant digits. | [Image: low earth orbit satellite]
A: 6900 (± 100)