Answer:
125.83672 seconds
Explanation:
P = Power of the horse = 1 hp = 746 W (as it is not given we have assumed the horse has the power of 1 hp)
m = Mass of professor = 103 kg
g = Acceleration due to gravity = 9.8 m/s²
h = Height of professor = 93 m
Work done would be equal to the potential energy

Power is given by

The time taken by the horse to pull the professor is 125.83672 seconds
The answer for this question should be TRUE
Answer:
they require a medium
Explanation:
your welcome.............
Answer:
A. The starting height of the ball
Explanation:
When we talk about controlled variables, we refer to the variable that should be kept the same throughout the experiment. The reason why we do this, is to limit anything else that is not being tested, that may affect the results of the experiment.
In the scenario given, the experiment is to see the relationship between the <u>initial height of a basketball</u> and the <u>height of its rebound bounce. </u>
So you the starting height of the ball should vary, meaning it is NOT controlled.
To solve this problem it is necessary to use the concepts related to pressure and pressure, absolute and atmospheric.
Average arterial pressure in the hands,

Where,
P = Pressure
h = height (at this case the length of the arm)
Replacing with our values




Where,


Therefore the pressure is 146.765mmHg