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Mighty Mikey weighs 94 kg and is running down the football field at 2.51 m/s along a straight line. Rod Runner, who weighs 59 kg, is running straight towards Mighty Mikey at a speed of 6.5 m/s.

What is the magnitude of the total momentum of the Mighty Mikey and Rod Runner combination?

Express your answer in kg-m/s to two decimal places.

Answer :

Final answer:

The magnitude of the total momentum of Might Mikey and Rod Runner is 619.84 kg.m/s. This is determined by calculating the momentum (mass times velocity) of each individual and then adding them together.

Explanation:

The subject we are discussing relates to momentum in physics, which is a measure of how difficult it is to stop a moving object and is calculated as the product of an object's mass and velocity. In this scenario, we are asked to find the total momentum of Might Mikey and Rod Runner.

Momentum (p) is calculated as mass (m) times velocity (v), represented by the formula p = m * v.

Using this formula, we calculate the momentum of each individual:

  • Might Mikey's momentum: 94 kg * 2.51 m/s = 236.34 kg.m/s
  • Rod Runner's momentum: 59 kg * 6.5 m/s = 383.5 kg.m/s

We then add these two momentums together to find the total: 236.34 kg.m/s + 383.5 kg.m/s = 619.84 kg.m/s. Therefore, the magnitude of the total momentum of Might Mikey and Rod Runner combination is 619.84 kg.m/s, rounded to two decimal places.

Learn more about Momentum here:

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