A simple pendulum has a frequncy of w at sea level, and a frequency of w1 at the top of mount everest. Assuming the eart
Posted: Wed May 18, 2022 9:25 am
A simple pendulum has a frequncy of w at sea level, and a
frequency of w1 at the top of mount everest. Assuming the earth is
a perfect sphere with radius 6400 km, and height of mount everest
is 8.8 km above the earth's surface, what is the ratio of w1/w?
frequency of w1 at the top of mount everest. Assuming the earth is
a perfect sphere with radius 6400 km, and height of mount everest
is 8.8 km above the earth's surface, what is the ratio of w1/w?