The food chain system would also affect it. If the antelopes don't have the right food or a low supply of it they might not stay in that area.
One scientist proposes an idea and other scientists repeat his or her experiments so they can Accept the Idea.
If its not Distance traveled then its energy
Answer:
Groceries stay in the bag.
Explanation:
Given:
Maximum force = 250 N
Bag filled with = 20 kg
Lifted acceleration = 
Solution:
We need to calculate the exerted force on the grocery bag by using Newton's second law.

Where:
F = Exerted force on the object.
m = Mass of the object in kg
a = Acceleration of the object in 
Now, we substitute m = 20 kg and a =
in Newton's second law,


Since, the exerted force on the bag is less than 250 N, the groceries will stay in the bag.
C. Rotations per second
Or normally we'd use Radians Per second
_Brainliest if helped!!