earthquake
Are they not called fissures RESPONSE TO: Are they not called fissures They are so not called fissures. Fissures are way different from what the question is. Now think, what type of movement do you feel when an earthquake happens. Of course, SHAKING.
Are they not called fissures RESPONSE TO: Are they not called fissures They are so not called fissures. Fissures are way different from what the question is. Now think, what type of movement do you feel when an earthquake happens. Of course, SHAKING.
Are they not called fissures RESPONSE TO: Are they not called fissures They are so not called fissures. Fissures are way different from what the question is. Now think, what type of movement do you feel when an earthquake happens. Of course, SHAKING.
The movement of tectonic plates.(feel free to add on to this answer)
The movement of tectonic plates occurs very slowly over long periods of time, making it difficult to observe directly with our senses. Additionally, the movement typically happens deep beneath the Earth's surface where it is not visible to the naked eye. Seismic activity and other geological phenomena provide indirect evidence of plate movement.
Earthquakes occur when tectonic plates release stress that has built up over time. The movement of plates is not constant; they can get stuck and then suddenly release energy, causing an earthquake. The majority of earthquakes are also too small to be felt by humans.
When Earth's tectonic plates grind past each other and a fault forms, it can result in an earthquake. The stress built up along the fault is released suddenly, causing the rocks on either side to move. This movement generates seismic waves that we feel as shaking on the surface.
Are you asking what happenes when the plates shift, why the plates shift, how the plates shift, or what? Please make the question more clear. _________________________________________________________________ plates have been constantly shifting since the time the earth was formed. but, they move at different rates in different directions
Calibrated plates feel heavier than regular plates when lifting weights because they are designed to be more accurate in their weight measurements. This means that the calibrated plates are more precise in their weight distribution, making them feel heavier when compared to regular plates that may have slight variations in weight.
Yes, earthquakes are primarily caused by the movement of tectonic plates. When two plates slide past each other, get stuck, and then suddenly release, it generates seismic waves that we feel as earthquakes.
Bumper plates are made of rubber, which is less dense than the metal used in traditional weight plates. This makes bumper plates feel lighter even though they may be the same weight as traditional plates.
Rubber plates feel lighter than metal plates when lifting weights because rubber is less dense than metal, so rubber plates take up more space for the same weight. This makes them feel lighter and easier to lift.