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Tony has a mass of 50 kg, and his friend Sam has a mass of 45 kg. Assume that both friends push off on their roller blades with the same force. Explain which boy will have greater acceleration.
Tony will have greater acceleration for a given amount of force.
Sam will have greater acceleration due to greater mass.
Tony will have greater acceleration due to greater velocity.
Sam will have greater acceleration for a given amount of force.

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I believe it is D because if the mass is smaller then greater the acceleration for it to be equal force. Hope this helps! Sorry, if I'm wrong. 
ajeigbeibraheem

Tony has a mass of 50 kg, and his friend Sam has a mass of 45 kg. Sam will have greater acceleration for a given amount of force. Thus, the last Option is correct.

A force is known to be a push or a pull. For a force to take place there must be a body of an object with a required mass.

The mass of an object shows the weight of the object in space under the influence of gravity.

From the given information;

  • The mass of Tony = 50 kg
  • The mass of Sam = 45 kg

Assuming they are both pushed with the same force, Sam will have a greater acceleration than Tony because Sam has a reduced mass.

Therefore, we can conclude that the greater the mass, the lesser the acceleration despite the fact that the mass is being acted upon by the same force.

Learn more about acceleration here:

https://brainly.com/question/12550364?referrer=searchResults

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