3874 times 2732 dividedc by 283

Mathematics

1 answer:

Kryger [21]2 years ago

3 0

Answer:

37398.4735

hope this helps

have a good day :)

Step-by-step explanation:

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Simplify. 5x+3(x+2)+3 6x + 8 8x + 9 8x + 5 5x + 8

beks73 [17]

$\\ \sf\longmapsto 5x+3(x+2)+3$

$\\ \sf\longmapsto 5x+3x+6+3$

$\\ \sf\longmapsto (5+3)x+9$

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2 years ago

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PLEASE! PLEASE! help!

qaws [65]

1.) The answer is 825.75 (multiply the given tax rates to the gross pay)
2,785 x 13% federal taxes = 362.05
2,785 x 9% state tax = 250.65
2,785 x 7.65% FICA = 213.05
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2.) The answer is 288.60 (multiply the interest rate to the balance, no need to add a late payment fee since they paid on 6/1, not after)
2,748.56 x 10.5% = 288.60

3.) The answer is 182.13 (multiply the APR to the original purchase price, no need to add the sales tax)
 1,500 x 11.75% = 182.13

4.) The answer is 371.92 (deduct the reward to the interest)
Interest : 2,975.34 x 13.5% = 401.67
Reward : 2,975.34 x 1% = 29.75
371.92

5.) The answer is 1,339.13 (deduct the interest to the monthly payment)
Monthly payment : 2,236.00
Monthly interest : 896.87 [(231,450 x 4.65%) / 12 months]
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2 years ago

Henry is 4 years younger than Linda. Linda is 20 years old. After correctly carrying out the Solve step of the five-step problem

Troyanec [42]

L = 20
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H = 20 - 4
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2 years ago

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What is the range for the function below?

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A random sample of n = 4 scores is obtained from a normal population with m = 30 and s = 8. what is the probability that the sam

tangare [24]

the probability that the sample mean will be smaller than m = 22 is 0.02275.

For the given question,

A z-score measures exactly how many standard deviations a data point is above or below the mean. It allows us to calculate the probability of a score occurring within our normal distribution and enables us to compare two scores that are from different normal distributions.

Here sample size, n = 4

mean, μ = 30

standard deviation, σ = 8

The probability that the sample mean will be smaller than m = 22 is

z = $\frac{m-\mu}{\frac{\sigma}{\sqrt{n} } }$