During storms, large, high-energy waves can erode the shore very quickly. These waves can break off large chunks of rock. Many of the features of shorelines are shaped by storm waves. Is this for your homework too?ha ha it's okay I don't mind. =D
A storm may not produce high-energy waves when it is not accompanied by strong winds or when it does not have a significant fetch (distance over which wind can blow). Additionally, if the storm is not located in an area with a steep seabed, it may not generate high-energy waves.
As wind waves move out of a storm area, they will gradually lose their energy and decrease in size. The waves may travel long distances before finally dissipating. Wind waves that have moved out of a storm area can still impact coastal areas and shipping lanes, depending on their size and strength.
Musical sound waves have distinct frequencies and harmonics that create recognizable pitches, whereas other sound waves may lack these specific patterns. Additionally, musical sound waves are often pleasant to listen to and evoke emotional responses, whereas other sound waves may not have the same effect.
A transverse wave may, or may not, be a mechanical wave (electromagnetic waves are also transverse).I don't know about congressional waves; you may want to ask a representative of congress in your country.
A radio stores electrical energy in its batteries or power source, which is converted into sound energy to produce sound waves that transmit information. Additionally, a radio may also store potential energy if it has an antenna that can capture radio waves from the air.
A storm may not produce high-energy waves when it is not accompanied by strong winds or when it does not have a significant fetch (distance over which wind can blow). Additionally, if the storm is not located in an area with a steep seabed, it may not generate high-energy waves.
During storms, large, high-energy waves can erode the shore very quickly. These waves can break off large chunks of rock. Many of the features of shorelines are shaped by storm waves. Is this for your homework too?ha ha it's okay I don't mind. =D
As wind waves move out of a storm area, they will gradually lose their energy and decrease in size. The waves may travel long distances before finally dissipating. Wind waves that have moved out of a storm area can still impact coastal areas and shipping lanes, depending on their size and strength.
Thunderstorms over land can produce tornadoes, microburst or dust storm. Though all but the dust storm can form over water as well.
No. It may vary from year to year for a given location depending on storm activity, and sea levels have risen, but waves themselves are not getting bigger.
Yes, the moon's gravitational pull causes tides, which can influence the size and strength of waves. During high tide, waves may be larger and more powerful, whereas during low tide, waves may be smaller and gentler.
A Tsunami, or tidal wave, or seismic sea wave may be caused by an earthquake. It is incorrect to refer to giant ocean waves caused by severe storms as tsunamis. Severe storms may cause giant ocean waves referred to as "Rogue Waves" - which are distinct from and NOT the same as Tsunamis.
A Tsunami, or tidal wave, or seismic sea wave may be caused by an earthquake. It is incorrect to refer to giant ocean waves caused by severe storms as tsunamis. Severe storms may cause giant ocean waves referred to as "Rogue Waves" - which are distinct from and NOT the same as Tsunamis.
they are not the same. volcanoes may form underwater but the usually produce islands. though a hurricane is a storm in the middle of the ocean containing strong winds and it may contain a lightning storm. then the hurricane heads toward land and destroys just about everything in its path. hope this helped
Warning signs of a potential tornado include rotation in the clouds, a lowering of the cloud base, a funnel or cone shape hanging from the clouds, and swirling debris near the ground. If you are looking at the radar image a hook shape, usually in the southwestern portion of the storm, means that the storm may produce a tornado or may have already done so. If you look at a storm relative velocity image and bright green and red colors are right next to each other in a small area it means that there is strong rotation the may produce a tornado.
a storm has a name cause it may be different to the rest of its kind, or may be stronger than any other type storm.
Yes, there are waves during low tide. Tides primarily affect the water level, but they do not eliminate wave formation. Waves are generated by wind and other factors, so even when the tide is low, ocean or sea conditions can still produce waves. However, the size and power of the waves may vary depending on the tide and other environmental conditions.