The Distance Between Two Crests

three

The horizontal altitude between two successive crests is chosen the _____. moving ridge period fetch wavelength wave height

2 answers:

iii 0

Wavelength is the reply your looking for hopthat i helped you out

ps im non gonna lie i need brainliest pls :D <span />

three 0

Answer:

Wavelength

Caption:

Give the guy brainliest.

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Answer: Kinetic energy increases and potential free energy decreases when the velocity of an object increases

Explanation: probably that ane

<bridge>a. constructed from thick aluminum walls that tin control the nuclear reactions </span>

Proof with Explanation:

From the Newton's law of viscosity we take

$\tau =\mu \frac{du}{dy}.........(i)$

where $\tau$ is the wall shear stress

$\mu$ is the coefficient of dynamic viscosity

$\frac{du}{dy}$ is the velocity slope in the menstruation

Now from the principle of boundary layer condition we know that the velocity of the fluid that is in contact with a surface the velocity of the fluid is same equally that of the boundary itself.

Hence from the fastened figure we tin infer that

Velocity at $y=0=0$

Velocity at $y=H=U$

Solving equation 'i' we get

$du=\frac{\tau }{\mu }dy\\\\\int du=\int \frac{\tau }{\mu }dy\\\\u(y)=\frac{\tau }{\mu }\times y+c$

from the boundary conditions we obtain that c = 0 since $v(0)=0$

Likewise nosotros accept

$U=\frac{\tau }{\mu }\times H\\\\\therefore \frac{\tau }{\mu }=\frac{U}{H}\\\\\therefore u(y)=\frac{U}{H}\times y$

The ball has the greatest potential energy when it reaches the acme of its flying. Option C is right.

<h3>What is potential energy?</h3>

The potential energy of a body or object is due to its position. The brawl has the greatest potential energy when it reaches the highest point.

$U = mgh$

Where,

$U$ - potential energy

$m$ - mass

$g$ - gravitation acceleration

$h$ - height

Since the mass and gravitation acceleration is constant hence potential free energy will be directly proportional to the height of the ball.

Therefore, the brawl has the greatest potential energy when it reaches the top of its flying.

Learn more about potential energy:

brainly.com/question/1250558

<bridge>C.heat volition flow from both the coolant and the air
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