The answer is fluid friction
Answer:
d = .076 m
Explanation:
The time for frog A can be calculated from equation of motion

where v_f is final velocity, a is acceleration due to gravity
so from given data we have

t = 0.112 sec
Now we will use that time for frog B


(Note its positive)
For the displacement


d = .076 m
The acceleration of gravity on Moon B is D) 0.25 m/s2
Explanation:
The data listed in the problem are not clear: find them in the table attached.
The acceleration of gravity on a planet is given by the following equation:

where:
is the gravitational constant
M is the mass of the planet
R is the radius of the planet
Here we want to find the acceleration of gravity on the surface of Moon B, which has the following data:
(mass)
(radius)
And substituting into the equation, we find:

Learn more about gravity:
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Answer:
The ball will swing in the direction it was going once the string breaks.
Explanation: