<span>Lifting an object increases the gravitational potential energy of the system. If you release the object, that potential energy will be transformed into the energy of an object in motion which is termed as the kinetic energy as it falls toward earth. Hope this helps.</span>
Each station has a circle made of possible epicenters. When you have atleast 3 epicenters you can narrow it down to 1 epicenter and there's that final point. Each station can detect how far away the epicenter was (by transverve body waves). When you only have one seismic station it's impossible to locate an earthquake epicenter.
Gravitational potential energy is caused when an object is resting above the ground. It is released when the object is falling, not by burning substances.
It'll have a higher frequency.
The product of (wavelength) times (frequency) for a wave
is always the same number ... it's the wave speed.
So if one of them is small, the other one has to be big.
Answer:
For objects at rest, we can use the equation of:
E = mc^2 to obtain the energy of the object
where E is energt, m is mass and c is the speed of light.
Then, the mass of the wood or metal blocks is related to the energy by that equation.
If we are talking about other energies, like kinetic energy, it can be written as:
K = (m/2)*v^2
So again, the mass is related to the energy, more mass implies more energy.
