Energy stored in the movement of objects or systems?

Answer:

x = 3.92

Explanation:

The question is given as ;

40 = 6x² / 4 tan { 180/6}

40 = 6x² / 4 tan {30°}

40 = 6x² / 2.309

40 * 2.309 = 6x²

92.38 = 6 x²

92.38/6 = x²

15.40 = x²

√15.40 = x

x = 3.92

Answer:

Walk to saftey!

Explanation:

Answer:

A

Explanation:

Answer:

They are basically unskilled laborers.

Explanation:

Answer:

3rd and 4rth

Explanation:

a geologist studies the earth and both of these have something to do with the earth

Answer:

In Python:

def years_till_no_carrots(n):

   year = 0

   while(n <= 10000):

       n=n**2

       year = year + 1

   return year

Explanation:

First, we define the function

def years_till_no_carrots(n):

Next, the number of years is initialized to 0

   year = 0

The following while loop is iterated until the population (n) exceeds 10000

   while(n <= 10000):

This squares the population

       n=n**2

The number of years is then increased by 1, on each successive iteration

       year = year + 1

This returns the number of years

   return year

To call the function from main, use (e.g): print(years_till_no_carrots(4))

Answer:

HTTP is solving the problem of how to ask for that file. Your computer and that server communicate using a protocol called HTTP.

Answer: the square root of 25 is 5.

3 x 1,000 = 3,000

1,000,000 + 2,934 x 10 = 1,002,934,000

45 + 2,034 + 20 + 78 = 2,177

M a t h

Explain:

(Sorry it’s not all of them)

45 + 2,034 = 2,079 + 20 = 2,099 + 78 = 2,177

The square roots of 25 are √25=5 and −√25=−5 since 52=25 and (−5)2=25 . The principal square root of 25 is √25=5.

1,000 + 1,000 + 1,000 = 3,000 using multiplication makes it faster by saying 3 1,000 times is 3,000.

Answer:

the answer is A.

Explanation:

It shows the main frame which is a big part of software engineers. I also just took the test and got it right.

Answer:

B.

Explanation:

Answer:

gravity force or weight

Answer:

Metal

Explanation:

Metal

Answer:

Part C: 308 watts

Add the watts from the TV(150) plus the cable box when on(140) and off but plugged in(18). Then it will give you an answer of 308 watts.

Part D: 185 watts

Add the watts from the TV(150) and the video game system(35) which will give you an answer of 185 watts.

Part E: yes

I say yes to this because when the cable box is off but plugged in it still uses watts(18).

Explanation:

I did the activity! Hope this helped you! you just have to put the number not the explanation! Have a great day and make sure you thank me! :)

Add the watts from the TV(150) plus the cable box when on(140) and off but plugged in(18). Then it will give you an answer of 308 watts.

Part C: 308 watts

A Watt is the unit of electrical power equal to one ampere under the pressure of one volt. One Watt is a small amount of power. Some devices require only a few Watts to operate, and other devices require larger amounts.

power

A watt (W) is a unit of measurement of power. Watts therefore refer to the power of your device.

Examples: an incandescent lamp has a power of 60 W. your microwave oven has a maximum power of 900 W.

To learn more about A watt, refer

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Answer:what is the following

Explanation:

Answer:

Answer is C.a cooler full of ice chilling a soda sitting on top of it.

Explanation:

I hope it's helpful!

Answer:

They all are round and make up of rock

Answer:

a. They all have atmospheres - I took the test on FLVS

Explanation:

Answer:

I would say 185

Explanation:

If a TV is 150 watts and a video game sistem is 35 then you would have to add them together and you would then get 185. So a TV connected to a video game system would run at 185 watts.

Answer:

$$\begin{align*}

P(Y-X=m | Y > X) &= \sum_{k} P(Y-X=m, X=k | Y > X) \\ &= \sum_{k} P(Y-X=m | X=k, Y > X) P(X=k | Y > X) \\ &= \sum_{k} P(Y-k=m | Y > k) P(X=k | Y > X).\end{split}$$

Explanation:

\eqalign{

 P(Y-X=m\mid Y\gt X)

   &=\sum_kP(Y-X=m,X=k\mid Y\gt X)\cr

   &=\sum_kP(Y-X=m\mid X=k,Y\gt X)\,P(X=k\mid Y>X)\cr

   &=\sum_kP(Y-k=m\mid Y\gt k)\,P(X=k\mid Y\gt X)\cr

}

P(Y-X=m | Y > X) &= \sum_{k} P(Y-X=m, X=k | Y > X) \\ &= \sum_{k} P(Y-X=m | X=k, Y > X) P(X=k | Y > X) \\ &= \sum_{k} P(Y-k=m | Y > k) P(X=k | Y > X).\end{split}$$

The statement which best describes the functions of a power transformer is: D. It eliminates noise from electric current supplied to critical applications.

A  power transformer can be defined as an electronic device that is deigned and developed for the transmission of electrical power from one electrical circuit to another without any form of change in the frequency.

In conclusion, the functions of a power transformer is that it is designed to eliminate noise from electric current when supplied to critical applications because it operates on the principle of electromagnetic induction.

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Answer:

Installing solid rivets in an aircraft structure requires considerably more know-how and skill than does working with pop rivets. For one thing, you can install those hollow-core pop rivets working alone with only a simple hand operated pop riveter . . . even if you don't have access to the back side of the parts being riveted together. It is sometimes called "blind riveting".

Unfortunately, it's quite different with solid rivets. You do not enjoy the luxury of that pop rivet "blind" feature because you absolutely must have access to both sides of the parts being riveted. Sometimes it even takes two people. Furthermore, you will have to become proficient in the use of a few special tools.

Explanation:

i hope it's help

Answer:

The  answer is true I know because I took the trust me RichJ

Explanation:

Answer:

b

Explanation:

Answer:

b

Explanation:

Answer:

a) The stress in the bar when F is 32,000 is approximately 7,100 psi

b) The load P that can be supported by the bar if the axial stress must not exceed is approximately 110,000 lb

Explanation:

The question topic relates to stresses in structures;

The given parameters of the steel bar are;

The width of the steel bar, W = 4.0 in.

The thickness of the steel bar, t = 1.125 in.

The formula for stress in a bar is given as follows;

[tex]Stress, \sigma = \dfrac{Force, F}{Area, A}[/tex]

The cross sectional area of bar, A = W × t = 4.0 in. × 1.125 in. = 4.5 in.²

∴ The cross sectional area of bar, A = 4.5 in.²

a) The stress in the bar for F = 32,000 lb, is given as follows;

[tex]The \ stress \ in \ the \ bar , \sigma = \dfrac{ F}{A} = \dfrac{32,000 \ lb}{4.5 \ in.^2} = 7,111.\overline 1[/tex]

The stress in the bar when F is 32,000 is σ = 7,111.[tex]\overline 1[/tex] psi ≈ 7,100 psi

b) The load P that can be supported by the bar if the axial stress must not exceed, σ = 25,000 psi is given as follows;

[tex]\sigma = \dfrac{ P}{A}[/tex]

Therefore;

P = σ × A = 25,000 psi × 4.5 in² = 112,500 lb

For the axial stress of 25,000 psi not to be exceeded, the maximum load that can be supported by the bar, P = 112,500 lb ≈ 110,000 lb.

Answer:

5060930 x 6 x 3 x 0

Explanation:

5060930 x 6 x 3 x 0

Answer:

Check image, right on PLATO

Mia wants to measure charge and convert it into electrical signals it is charge-coupled devices. Dr. Jerry wants to measure the damages in the tissue of the body and thus diagnose illnesses. is magnetic resonance imaging, John wants to measure the length, diameter, or thickness of objects in mechanical engineering.

A tool used to measure a physical quantity is called a measuring instrument. Measurement is the process of gathering and comparing physical quantities of actual objects and events in the physical sciences, quality control, and engineering.

Researchers and practitioners employ measurement tools to help in subject, client, or patient assessment or evaluation.

Mia wants to use charge-coupled devices to measure charge and turn it into electrical impulses. In order to diagnose ailments, Dr. Jerry wants to quantify the bodily tissue damage.

John wishes to measure the length, diameter, or thickness of things in mechanical engineering using magnetic resonance imaging.

Pilot Mario wants to use the altimeter on the flying plane to determine its height.

Thus, this can be the match for the given scenario.

For more details regarding measuring devices, visit:

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Answer:

D. a measure of how fast a machine performs work​

Explanation:

Power can be defined as the energy required to do work per unit time.

Mathematically, it is given by the formula;

[tex] Power = \frac {Energy}{time} [/tex]

Hence, the best description of power is that, it is a measure of how fast a machine performs work.

This can be calculated by using the mathematical expression below;

[tex] Power = \frac {Work done}{Time} [/tex]

But we know that, [tex] Workdone = force * distance [/tex]