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Pavel [41]
2 years ago
13

As the plates continues to grind against each other,what geologic events could take place

Physics
2 answers:
motikmotik2 years ago
8 0
<span>As the plates continue to grind against each other the geologic events could take place is the Earthquake

Explanation
:
</span>
An earthquake (also called<span> a quake, tremor or temblor) </span>is that the<span> shaking of the surface of </span>the planet<span>, </span>ensuing<span> from the </span><span>sudden </span>release<span> of energy </span>within the<span> Earth's </span>layer that makes unstable<span> waves.
Earthquakes </span>will point<span> size from </span>those who are therefore weak<span> that </span>they can not<span> be felt to those violent enough to toss </span>people<span> around and destroy whole cities.
The seismicity, or </span>unstable activity<span>, of </span>an area, is that the<span> frequency, </span>sort<span> and size of earthquakes </span>practised<span> over an </span>amount of your time<span>. </span>

<span>The phenomena of the tectonic drifts </span>it isn't<span> forever and at one </span>purpose can<span> stop.
The </span>results of<span> what you </span>call<span> grind are earthquakes, erosion, land formation, Tectonic movement into the ocean or out of the ocean.

This </span>development can<span> continue </span>until purpose<span> that, a gap between the crust and </span>mantle are going to be massive<span> enough to clap the crust into the </span><span>mantel.</span>

-BARSIC- [3]2 years ago
3 0
As tectonic plates continue to grind against each other, the most common event that can take place would be an Earthquake, although volcanic eruptions can also occur. 
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Answer:

Both experienced the same magnitude impulse

Explanation:

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Five hundred joules of heat are added to a closed system. The initial internal energy of the system is 87 J, and the final inter
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We can solve the problem by using the first law of thermodynamics:

\Delta U= Q-W

where

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4. A box of books weighing 325 N moves at a constant velocity across the floor when the box is pushed with a force of 425 N exer
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Answer:

0.61°

Explanation:

Since the box move at constant velocity, it means there is no acceleration then we can say it has a balanced force system.

Pulling force= resistance force

From the formula for pulling force,

F(x)= Fcos(θ)

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The force exerted downward at an angle of 35.2° below the horizontal= Fsin(θ)= 425sin(35.2)

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