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Answer :
Final answer:
The momentum of the fullback before the collision can be calculated using the formula: Momentum = mass x velocity. Thus, by multiplying the fullback's mass (95 kg) with his velocity (8.2 m/s), we get his momentum, which is 779 kg·m/s.
Explanation:
The momentum of any object can be calculated using the formula: Momentum = mass x velocity.
In the scenario presented, the fullback's mass is 95 kg and his velocity is 8.2 m/s. Therefore, we can calculate his momentum before the collision by multiplying these two values together.
Main Answer: Momentum of the fullback = mass x velocity = 95 kg x 8.2 m/s = 779 kg·m/s. Thus, the fullback's momentum before the collision was 779 kg·m/s.
In conclusion, understanding how momentum is calculated and transferred during collisions helps in analyzing real-world situations like the collision of two football players. This explanation in 100 words shows how the principle of conservation of momentum can be applied to calculate the momentum of an individual player in the scenario.
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