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MrRissso [65]
3 years ago
13

Calculate the size of the labor force. The size of the adult population is 30,000. The number working is 17,700 and the number o

f unemployed actively looking for work is 1,600.
Physics
2 answers:
allsm [11]3 years ago
4 0

Answer:

The size of the labor force is 19300.

Explanation:

Given that,

Adult population = 30000

Number of  employed = 17700

Number of unemployed = 1600

Suppose, The labor force is comprised of those who are working for any number of hours (the employed) and those who are out of work but actively looking for a job the unemployed)

We need to calculate the size of the labor force

The labor force is comprised of number of employed person and number of unemployed person.

That means,

Labor Force = Employed + Unemployed

F_{l}=17700+1600

F_{l}=19300

Hence, The size of the labor force is 19300.

zhuklara [117]3 years ago
3 0

Answer:

Labor force = 19,300

Explanation:

Given that

Adult population = 30,000

Number of employed labor= 17,700

Number of unemployed labor= 1,600

The labor force is given as

Labor force =  Number of employed + Number of unemployed labor

Now by putting the values in the above equation we get

Labor force = 17,700 + 1,600

Labor force = 19,300

Therefore the labor force will be 19,300.

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Convert 3402kgm/s to 20000Newtons
oee [108]

The 3,402 has units of kg-m/s.  That's momentum.  The 20,000 has units of Newtons.  That's force.  Momentum and force are different physical things, and you can't convert them from one to the other.

The best I can do for you is something like this:

Let's say you have a moving object with 3,402 kg-m/s of momentum, and you want to STOP it completely.  You want to stand in front of it and push back on it, hard enough and for long enough to CHANGE its momentum from 3,402 kg-m/s to zero.

Also ... there's a limit to how hard you can push.  The most force you can exert is 20,000 Newtons.

The amount you'll change its momentum is called the <u><em>impulse</em></u> you give it.  The quantity of impulse is (force) x (length of time you push on it).

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(20,000 Newtons of force) x (T seconds) = 3,402 kg-m/s of momentum .

Divide each side of that equation by (20,000 Newtons). Then it says:

(T seconds) = (3,402 kg-m/s) / (20,000 Newtons)

<em>T = 0.1701 second</em>

And that's how you provide just enough impulse to stop the flying object ... push on it with 20,000 Newtons of force for exactly 0.1701 second, and it loses all its momentum and falls out of the air onto the ground at your feet.

This story is the closest I can come to anything that looks like "convert"ing momentum into force.

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