As tectonic plates move relative to one another they tend to "snag" but the movement will still continue and tension will build around the snag as the crust deforms, storing potential energy. Eventually the snag will break and the crust will snap back into shape, releasing the previously stored energy.
Elastic potential energy stored in the rock is released in the form of vibrations and heat.
Calories.
The description suggests that elastic strain energy may be building up on the fault. This occurs if the fault is not free to move. This energy is dissipated by earthquakes. If non have occurred and this energy is continuing to be stored then the longer the time period since an earthquake, the larger / stronger the potential earthquake. I know this makes no sense but whatever
yes
Earthquakes are caused by the movement of the continental shelves.The earth we stand on floats and moves Europe, America, Australia,T he pacific rim , Japan all all hotspots for earthquakes since they sit on the boundaries of different shelves. When adjacent land masses collide or pull apart a fault is formed, this fault can be seen as a split.Just like a branch which bows, the force in the continental shelf stores energy, and just like a branch snapping, it releases that stored energy quickly. It is this which causes the vibrations in the ground which we call an earthquake.
Seismic
Energy stored in chemical bonds is released during cellular respiration
latent heat
Yes, energy can be stored in many forms and released again.
It is stored in bonds and released in energy. Energy is needed to break the chemical bonds, and energy is released when bonds are broken.
In biology, starch is known as an energy saver, as it stored the energy. This energy is released during respiration. Starch is also insoluble in water, so it can be stored in plants as an energy source.
When glucose gets broken down in animals and plants during respiration, stored energy is released in cells.
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Burning is the release of stored energy. So when any item burns some or all of its stored energy is released.
Energy of glucose is released. This energy is stored in ATP
Elastic potential energy stored in the rock is released in the form of vibrations and heat.
Energy of glucose is stored in ATPs.Energy stored between phosphate bonds.