Explanation:

Moon constantly keep moving and people commonly relate it to the beauty beauty of their loved ones. Also if the moon is no admired because that its beauty, it never ever stops moving. The is never tired of its movement so the finest bromheads.tv for this riddle is MOON.

You are watching: What is always moving but never tired



The exactly bromheads.tv is clouds.

Clouds are constantly on the move. They never ever before stop no issue what. They keep relocating on in the sky.

But because they space not a living substance like people or animals, they never get exhausted of it. Its favor their job. As with the wind.

Clouds might get admired for their beauty yet never for their forever movement. For this reason the bromheads.tv for this riddle is the clouds.



If silicic absent is discovered in a core sample. What proof does this provide about the rocks place ?

bromheads.tv:

The rocks ar is under an s or mountain

Explanation:

Silicic rock space igneous rock rich in silica. The quantity of silica that constitutes a silicic rock is usually characterized as at least sixty 3 percent. Granite and rhyolite space the most usual silicic rocks found. These are discovered in the magma of the Earth.

Silicic is the team of silicate magmas i beg your pardon crystallise a relatively small ratio of ferromagnesian silicates. The main constituents that a silicic rock will be minerals rich in silica-minerals mainly.


7 0
1 year ago

What format of arts represents human being or objects precisely as they show up in life?
frozen <14>
REALISM shows things together they yes, really look.
5 0
9 months ago
Read 2 much more bromheads.tvs

The total momentum prior to a collision is___to the complete momentum after a collision
yulbromheads.tvshka <42>

bromheads.tv:

Equal

Explanation:

The legislation of conservation of power states the the total momentum before and after a collision space equal


8 0
4 months ago

A 1 kg fixed is attached to a spring v spring continuous 7 Nt/m. What is the frequency of the simple harmonic motion? What is th
Scorpion4ik <409>

1. 0.42 Hz

The frequency that a an easy harmonic movement for a spring is given by:

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where

k = 7 N/m is the spring continuous

m = 1 kg is the massive attached to the feather

Substituting this numbers into the formula, us find

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2. 2.38 s

The period of the harmonic activity is equal to the reciprocal of the frequency:

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where f = 0.42 Hz is the frequency. Substituting into the formula, us find

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3. 0.4 m

The amplitude in a basic harmonic motion coincides to the preferably displacement that the mass-spring system. In this case, the mass is initially displaced by 0.4 m: this method that throughout its oscillation later, the displacement can not be larger than this value (otherwise energy conservation would certainly be violated). Therefore, this represents the preferably displacement of the mass-spring system, for this reason it corresponds to the amplitude.

4. 0.19 m

We have the right to solve this part of the difficulty by making use of the law of conservation of energy. In fact:

- when the massive is released from equilibrium position, the compression/stretching that the spring is zero:

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, so the elastic potential energy is zero, and all the mechanical power of the mechanism is just equal to the kinetic power of the mass:

\"*\"

where m = 1 kg and also v = 0.5 m/s is the early stage velocity that the mass

- as soon as the feather reaches the preferably compression/stretching (x=A=amplitude), the velocity that the system is zero, for this reason the kinetic energy is zero, and also all the mechanical energy is simply elastic potential energy:

\"*\"

Since the complete energy have to be conserved, us have:

\"*\"

5. Amplitude the the motion: 0.44 m

We have the right to use again the law of preservation of energy.

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-

\"*\"
is the early stage mechanical power of the system, v
\"*\"
being the early stage displacement that the mass and
\"*\"
gift the early velocity

\"*\"
is the mechanical energy of the system when x=A (maximum displacement)

Equalizing the two expressions, we have the right to solve to find A, the amplitude:

\"*\"

6. Best velocity: 1.17 m/s

We deserve to use again the regulation of preservation of energy.

-

\"*\"
is the early mechanical energy of the system, with
\"*\"
gift the initial displacement of the mass and
\"*\"
gift the initial velocity

\"*\"
is the mechanical power of the device when x=0, i beg your pardon is once the system has maximum velocity,
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