Answer:
Newton's first law
Explanation:
you see, when an object is in motion, it tends to stay in motion, but in your case, if a object is at rest, it usually stays at rest unless acted upon my an unbalanced force which is pulling card from under the coin extremely quick and because you pulled it extremely quick, the coin isn't light enough to be moved easily with the paper, nor enough friction and speed for the coin to continue sticking onto the piece of paper
A.K.A. the coin is heavy, which is why it did not move with the paper
I wish I could help sorry .
Well, it seems as though there would be no forces, because it's "at rest", but wouldn't gravity still be acting upon it?
Answer:
It's had to be a Nuclear change since by nuclear fusion we can convert lead to Gold.
Therefore <u>Option B. Nuclear Change</u> is Answer.
By : Modern Einstein
Answer:
Time taken, t = 3.53 seconds
Explanation:
It is given that,
The formula for calculating the time t is given by :
...... (1)
Where
s is the distance in feets
We need to find the time taken by the stone to drop a distance of 200 feets, s = 200 feets
Put the value of s in equation (1) such that,
t = 3.53 seconds
So, the time taken by the object is 3.53 seconds. Hence, this is the required solution.
