Calculate Acceleration of 8.5kg Mass Due to Proportional Force

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To calculate the acceleration of an 8.5kg mass due to a proportional force, the relationship between force, mass, and acceleration must be understood. The correct formula is F = m * a, where force is the product of mass and acceleration. Given that a 1.7kg mass accelerates at 5.1m/s², the force can be calculated as 1.7 * 5.1. This force, when applied to the 8.5kg mass, allows for the calculation of its acceleration using the same formula. The final acceleration can be determined by rearranging the equation to solve for the new mass.
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A force is applied to a 1.7kg mass and produces 5.1m/s^2 acceleration.
what acceleration would be produced by the same force applied to a 8.5kg mass? answer in units of m/s^2

ok... would i just use a proportion to get the answer to the problem? 1.7/5.1 = 8.5/x? Or do i need to find the force? If I am wrong i would appreciate some guidance in solving this!

~kaci
 
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krazykaci said:
A force is applied to a 1.7kg mass and produces 5.1m/s^2 acceleration.
what acceleration would be produced by the same force applied to a 8.5kg mass? answer in units of m/s^2

ok... would i just use a proportion to get the answer to the problem? 1.7/5.1 = 8.5/x? Or do i need to find the force? If I am wrong i would appreciate some guidance in solving this!

~kaci

Your proportion implies F = m / a, which is wrong. F = m * a.
 
oh... ok so it would be 1.7*5.1 =8.5*x
 
krazykaci said:
oh... ok so it would be 1.7*5.1 =8.5*x

Correct. (1.7*5.1 is your force)
 
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