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.
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.
The spectrum has been arranged in the order of increasing fequency and is given as follows: Long waves, (waves produced during lightning) - LOWEST FREQUENCY Medium waves, short waves. All these come under common title Radio waves Mircro waves Infrared Visible Ultra violet X-ray Gama ray The lowest frequency is the LOng wave. Hope electromagnetic waves may be produced when thinking process continues. The frequency will be the least one.
When you shake a slinky more rapidly, the frequency of the waves produced will increase. This means there will be more waves passing through a point in a given amount of time. Additionally, the amplitude of the waves may also increase, resulting in larger oscillations in the slinky.
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.
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.
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 sound waves produced by someone whispering and someone shouting differ in amplitude and intensity. Whispering generates lower amplitude sound waves with softer intensity, while shouting produces higher amplitude sound waves, resulting in louder sounds. Additionally, the frequency of the sound waves may vary slightly depending on the pitch of the voice, but the key difference lies in the loudness and energy of the produced sound waves.
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.
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 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 storm has a name cause it may be different to the rest of its kind, or may be stronger than any other type storm.
Spinning storm refers to a weather phenomenon where a storm system, such as a hurricane or tornado, exhibits rotational movement. This rotation is caused by factors like wind patterns and temperature gradients in the atmosphere, leading to the formation of a spinning vortex within the storm. These spinning storms can have destructive impacts due to their strong winds and potential for severe weather events.
The spectrum has been arranged in the order of increasing fequency and is given as follows: Long waves, (waves produced during lightning) - LOWEST FREQUENCY Medium waves, short waves. All these come under common title Radio waves Mircro waves Infrared Visible Ultra violet X-ray Gama ray The lowest frequency is the LOng wave. Hope electromagnetic waves may be produced when thinking process continues. The frequency will be the least one.
When you shake a slinky more rapidly, the frequency of the waves produced will increase. This means there will be more waves passing through a point in a given amount of time. Additionally, the amplitude of the waves may also increase, resulting in larger oscillations in the slinky.
P-waves and S-waves. P waves are known as Primary waves as they have a high velocity and so are recorded at seismometer stations before Secondary or S-waves. P waves may also be known as pressure waves as they are in fact compression or longitudinal waves. S-waves may also be known as shear waves as they are transverse waves.