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jonny [76]
4 years ago
7

When a spring is compressed, the energy changes from kinetic to potential. Which best describes what is causing this change?

Physics
2 answers:
just olya [345]4 years ago
6 0

Answer:

<em>Well, Your answer will be is </em><em>Work. </em><em>Because, When a spring is compressed, the energy changes from kinetic to potential. This change is caused by work. </em>

<em>Good Luck!~</em>

^{By ^{Itsbrazts

Oxana [17]4 years ago
5 0

Answer:

Hey!

Your answer is WORK!

Explanation:

For the energy store to change from Kinetic to Potential, WORK would have to be done to transfer the energy!

HOPE THIS HELPS!!

<h2><u>ItsMATT15  </u></h2>
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Tides can be used to convert kinetic energy into what kind of energy?.
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Answer:

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Tidal energy or tidal power is a form of renewable energy obtained due to alternating sea levels. The kinetic energy from the natural rise and fall of tides is harnessed and converted into electricity. Tides are caused by the combined gravitational forces of the moon, sun, and earth. However, tides are influenced most by the moon. The moon’s gravitational force is so strong that it tugs the ocean into a bulge. The high and low tides create tidal currents, which are essential in the generation of this kind of energy, mostly prevalent in coastal areas.

5 0
3 years ago
Find the net rate of heat transfer by radiation in watts from a skier standing in the shade, given the following. She is complet
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Answer:

-34.5 W

Explanation:

rate of heat transfer = Stefan-Boltzmann constant x emissivity x surface area x temperature^4

P = \alpha eA(T_{f} ^{4}- T_{i} ^{4}) = 5.67*10^{-8} *0.205*1.5(256^{4} - 284.4^{4} ) = -34.5 W

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3 years ago
It's a gun made of skin and the bullet is made of gas it is natural ​
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4 years ago
A force can exist between two charged particles or objects even if they're as small as subatomic particles. Between which of the
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Water waves in a small tank are .06 m long. They pass a given point at a rate of 14.8 waves every three seconds. What is the spe
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Answer:

Speed = 0.296m/2

Period = 0.203 s

Explanation:

If by 'long' you mean the wavelength of the waves, then the wavelength \lambda=0.06m.

The frequency f of the waves is 14.8 waves every 3 seconds or

f=14.8/3 =4.33Hz.

Now the relationship between wavelength \lambda, frequency f and speed v of the waves is:

v=\lambda f

We put in the values \lambda=0.06m and f=4.933Hz and get:

\boxed{v=0.06*4.922=0.296m/s}

Now the period T is just the inverse of the frequency, or

T=\frac{1}{f}

\boxed{T=\frac{1}{4.933}=0.203\:seconds }

4 0
3 years ago
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