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Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of The Earth? Rotational Period 24.0 hours 24.6 hours 27.3 days

Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of The Earth? Rotational Period 24.0 hours 24.6 hours 27.3 days

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Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of The Earth? Rotational Period 24.0 hours 24.6 hours 27.3 days
Transcribed Image Text:Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of The Earth? Rotational Period 24.0 hours 24.6 hours 27.3 days
Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of Mars? Rotational Period 24.0 hours 24.6 hours 27.3 days
Transcribed Image Text:Use the Law of Universal Gravitation and the information in the chart to calculate the gravitational force on a spacecraft. Assume the spacecraft has a mass of 35,000 kg. Earth Mars The Moon Mass (kg) 5.97x1024 6.39x1023 7.35x1022 Radius (km) 6210 3389 1738 Surface Gravity (m/s²) 9.81 3.72 1.62 What is the gravitational force on the satellite when it is 450.0 km above the surface of Mars? Rotational Period 24.0 hours 24.6 hours 27.3 days
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