Answer:
A large force will produce more acceleration than a small force acting on the same object.
1950 g This is the answer due to the kilograms of lead being distributed
Answer:
Explanation:
<u>Instant Velocity and Acceleration
</u>
Give the position of an object as a function of time y(x), the instant velocity can be obtained by
Where y'(x) is the first derivative of y respect to time x. The instant acceleration is given by
We are given the function for y
Note we have changed the last term to be quadratic, so the question has more sense.
The velocity is
And the acceleration is
As we know that angular acceleration is given by
integrating both sides
again we can write
again integrating both sides
now put t = 3.91 s