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DerKrebs [107]
3 years ago
14

What best describes a possible transfer of energy? A mechanical wave transfers energy through matter. A longitudinal wave transf

ers energy perpendicular to wave motion. A transverse wave transfers energy parallel to wave motion. A sound wave does not need a medium to transfer energy through.
Physics
2 answers:
ankoles [38]3 years ago
7 0
<h3><u>Answer;</u></h3>

<em>A mechanical wave transfers energy through matter</em>

<h3><u>Explanation;</u></h3>
  • A<em><u> wave is a transmission of a disturbance </u></em>from one point to another. Wave<u><em> involves transmission of energy from one point to another through a materials medium.</em></u>
  • Waves may require or may nor require a material medium for transmission. Those wave that do not require material medium for transmission are electromagnetic waves while <em><u>those that require material medium are called mechanical waves.</u></em>
  • <u><em>Mechanical waves</em></u> such as sound wave transfers energy from one point which is the wave source to another point through a material medium.
Westkost [7]3 years ago
3 0

The answer is "A mechanical wave transfers energy through matter."

I got it right on my quiz :)

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Varvara68 [4.7K]

Answer:

-10.8°, or 10.8° below the +x axis

Explanation:

The x component of the resultant vector is:

x = 3.14 cos(30.0°) + 2.71 cos(-60.0°)

x = 4.07

The y component of the resultant vector is:

y = 3.14 sin(30.0°) + 2.71 sin(-60.0°)

y = -0.777

Therefore, the angle between the resultant vector and the +x axis is:

θ = atan(y / x)

θ = atan(-0.777 / 4.07)

θ = -10.8°

The angle is -10.8°, or 10.8° below the +x axis.

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The coefficient of the restitution of an object is defined as the ratio of its outgoing to incoming speed when the object collid
IgorLugansk [536]

Answer:

48.16 %

Explanation:

coefficient of restitution = 0.72

let the incoming speed be = u

let the outgoing speed be = v

kinetic energy = 0.5 x mass x x velocity^{2}

  • incoming kinetic energy = 0.5 x m x x u^{2}

     

  •  coefficient of restitution =\frac{v}{u}

       0.72 =\frac{v}{u}

       v = 0.72u

        therefore the outgoing kinetic energy = 0.5 x m x (0.72u)^{2}

        outgoing kinetic energy = 0.5 x m x 0.5184 x u^{2}

        outgoing kinetic energy = 0.5184 (0.5 x m x x u^{2})

recall that 0.5 x m x x u^{2} is our incoming kinetic energy, therefore

outgoing kinetic energy = 0.5184 x (incoming kinetic energy)

from the above we can see that the outgoing kinetic energy is 51.84 % of the incoming kinetic energy.

The energy lost would be 100 - 51.84 = 48.16 %

5 0
3 years ago
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