At the north pole:
9.832 m/s²
32.258 ft/s²
At the equator:
9.780 m/s²
32.088 ft/s²
It's about 0.532% greater at the pole than at the equator.
A large person who weighs 200 pounds on the equator
would weigh 1 pound 1 ounce more at the pole.
(Even more if he was properly dressed for it !)
Answer:
11.47 m high
Explanation:
All of the Kinetic Energy converts to Potential energy
1/2 m v^2 = mgh divide both sides by 'm'
1/2 v^2 = gh (note that the masses given are irrelevant !)
(1/2 v^2) / g = h
(1/2 (15^2) / 9.81 = h = 11.47 m
The right answer for the question that is being asked and shown above is that: "A. Compressions and rarefactions make up longitudinal waves, which can only travel in matter." The statement that best describes longitudinal waves is that c<span>ompressions and rarefactions make up longitudinal waves, which can only travel in matter.</span>
75 kg/m/s^2. Momentum = mass x velocity
