The west coast of the united states receives two high tides and two low tides of varying heights per day. Tidal pattern is mixed semidiurnal tidal cycle
Sun and moon exert force on the ocean due to tides moves through the ocean Tide are very long period waves whose motion is directed by the effect of moon and sun . Tides originate in the ocean and progress toward the coastlines where they appear as the regular rise and fall of the sea surface.
An area has a diurnal tidal cycle if it experiences one high and one low tide every lunar day. An area has a semidiurnal tidal cycle if it experiences two high and two low tides of approximately equal size every lunar day An area has a mixed semidiurnal tidal cycle if it experiences two high and two low tides of different size every lunar day.
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Raising the hook, or load by exactly 1 meter, will allow the length of the compressed material regain its original length, provided it wasn't deformed by the 5% compression.
<h3>Hooke's law </h3>
Hooke's law states that the force applied to an elastic material is directly proportional to the extension of the material provided that the elastic limit of the material is not exceeded.
When the length of the material is compressed by 5%, the material will regain its original size and shape when the applied load is removed, if the material was not deformed by the compression.
Thus, raising the hook, or load by exactly 1 meter, will allow the length of the compressed material regain its original length, provided it wasn't deformed by the 5% compression.
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Since you didn't share any situation to support your question, it is quite difficult to give you correct answer. But I think you can use such situation as an example of opposite :the <span>truck moves when a large force is applied by pushing it but not by small force. I am pretty sure it can help you. Regards!</span>
Answer:
quartz watch wasn't in ancient times
Answer:
.25 m/s
Explanation:
We shall use the law of conservation of momentum . We do not use law of conservation of mechanical energy because in such cases there is loss of energy.
Momentum = mass x velocity
Initial momentum of arrow and block
= .15 x 30 +0 = 4.5 J
If final velocity of block be V
Total final momentum of both arrow and block
= .15 x 25 + 3 V
= 3.75 +3V
So
3.75 + 3 V = 4.5
V = .25 m/s