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o-na [289]
4 years ago
11

A gaseous system undergoes a change in temperature and volume. What is the entropy change for a particle in this system if the f

inal number of microstates is 0.599 times that of the initial number of microstates?
Physics
1 answer:
jonny [76]4 years ago
5 0

Answer:

<em>Entropy Change = 0.559 Times</em>

Explanation:

Entropy change is determined by the change in the micro-states of a system. As we know that the micro-states are the same as measure of disorderness between initial and final states, that's the the amount of change in micro-states determine how much of entropy has changed in the system.

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Why is the reflection of a wave at a free boundary different from reflection at a fixed boundary??
Gnoma [55]

Here is the main thing is medium. In the free boundary wave face the air medium, but in a fixed boundary wave face different medium. The change of medium effect on the change of the reflection of wave.

6 0
3 years ago
A baseball is thrown straight up. the drag force is proportional to v2. part a in terms of g, what is the y-component of the bal
steposvetlana [31]

At the position of terminal speed the net acceleration of the ball will become zero

As we know that terminal speed will always reach when net force on the ball is zero and its speed will become constant.

So here at this position we can say

F_d = F_g

kv^2 = mg

v =\sqrt{\frac{mg}{k}}

now when ball is moving at half of the terminal speed in upward direction then net force on the ball in downwards direction will be

F_{net} = mg + F_d

F_{net} = mg + kv^2

here speed of the ball is half of the terminal speed

v = \frac{1}{2}*\sqrt{\frac{mg}{k}}

then we have

F_{net} = mg + k*\frac{mg}{4k}

F_{net} = \frac{5mg}{4}

now acceleration will be given as

a = \frac{F_{net}}{m}

now we have

a = \frac{5g}{4}

a = 12.25 m/s^2 downwards

7 0
4 years ago
En una báscula hidráulica colocamos una persona de 75 kg sobre un émbolo y un camión de 7200 kg sobre una plataforma de 5 m de l
TEA [102]

...........................

4 0
4 years ago
An airplane flies 700 miles with a tail wind in 2.0 hrs. If it takes 2.5 hrs to cover the same distance against the headwind, th
nikklg [1K]

Answer:

B).315mph

Explanation:

Let the speed of the plane = p

Let the speed of the wind = w

Set up the system equation as;

                                     Relative V:               Time:                          Distance:

in wind direction:          p + w                         2                                  700

against wind:                 p - w                         2.5                                700

2(p + w) = 700

2.5(p - w) = 700

2p + 2w = 700

2.5p - 2.5w = 700

2.5  x:     5p + 5w = 1750

2  x:        5p - 5w = 1400

10p = 3150

p = 315 mph

Therefore, he speed of the plane in still air is 315 mph

                 

6 0
4 years ago
you push a ball to star it rolling along a "perfectly frictionless" surface. How far will the ball roll
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Technically, it should roll forever.
6 0
3 years ago
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