If an object with more mass is pushed with the same force as an object with less mass the object with more mass will accelerate? quickly? at the same rate? or slowly?

smaller acceleration, so lower change in velocity

Explanation:

To answer this question we examine the equation that relates mass with force and with acceleration: .

Since we want to know what happens to the acceleration, we solve for it in the equation:

Notice that we are asked what happens when the force applied is the same, but now it is applied in an object with more mass (M).

We therefore would have to compare our initial form:

with the new one: wher the denominator is a larger quantity, therefore making our division/quotient smaller. Then, we conclude that the acceleration will be smaller, and therefore the change in velocity of the object will be lower.

Now really ! You can do this one in your head.

Imagine ...

-- First, you push on a golf ball with one pound of force, and you watch to see how it picks up speed.

-- Then, you push on a school bus with one pound of force, and you watch to see how it picks up speed.

Now please, in your mind, which one speeds up easier ?

And don't tell me it's because one is white and the other one is yellow. It's the MASS !

i'm on my way to history not a mistory.

blue light is scattered in different directions by the tiny molecules of air. blue is scattered more than other colours because it has a shorter distance to travel which results in smaller waves. this is why we see a blue sky most of the time.