What is the mass of a car possessing 15,000 kg*m/s of momentum going a speed of 35 m/s? A.525000 kg B.428.6 kg C.14965 kg D.0.0023 kg

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asked Mar 27, 2024 180k views

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TheGleep · Answer 1 · 2024-04-01T04:48:05+0000

Answer: B is correct

Explanation: The mass of the car can be calculated using the equation: mass = momentum / velocity Therefore, the mass of the car is: mass = 15,000 kg*m/s / 35 m/s mass = 428.6 kg

What is the mass of a car possessing 15,000 kg*m/s of momentum going a speed of 35 m/s? A.525000 kg B.428.6 kg C.14965 kg D.0.0023 kg

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What is the mass of a car possessing 15,000 kg*m/s of momentum going a speed of 35 m/s? A.525000 kg B.428.6 kg C.14965 kg D.0.0023 kg​

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What is the mass of a car possessing 15,000 kg*m/s of momentum going a speed of 35 m/s? A.525000 kg B.428.6 kg C.14965 kg D.0.0023 kg