Consider a situation wherein an exploration vehicle that has a mass of 250 kilogram on Earth ( gravityEarth = 9 8 m⁄s2 ) is sent to the Moon and planet Mars to explore their surfaces. What is the mass of the vehicle on the Moon, where acceleration due to gravity is 1 6 m⁄s2 , and the planet Mars, where the acceleration due to gravity is 3 7 m⁄s2 ? What is the weight of the vehicle on the Earth, Moon, and Mars?
Consider a situation wherein an exploration vehicle that has a mass of 250 kilogram on Earth ( gravityEarth = 9 8 m⁄s2 ) is sent to the Moon and planet Mars to explore their surfaces. What is the mass of the vehicle on the Moon, where acceleration due to gravity is 1 6 m⁄s2 , and the planet Mars, where the acceleration due to gravity is 3 7 m⁄s2 ? What is the weight of the vehicle on the Earth, Moon, and Mars?
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Consider a situation wherein an exploration vehicle that has a mass of 250 kilogram on Earth ( gravityEarth = 9 8 m⁄s2 ) is sent to the Moon and planet Mars to explore their surfaces. What is the mass of the vehicle on the Moon, where acceleration due to gravity is 1 6 m⁄s2 , and the planet Mars, where the acceleration due to gravity is 3 7 m⁄s2 ? What is the weight of the vehicle on the Earth, Moon, and Mars?
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