Answer:

Eight times the **difference **of y and nine will be **8(y - 9).**

It should be noted that eight times the** difference **of y and nine simply means that one has to** subtract **9 from y and then **multiply **the difference by 8.

Therefore, eight times the** difference **of y and nine will be **8(y - 9).**

In conclusion, the correct option is **8(y - 9).**

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Answer:

**Answer:**

(y-9)8

**Step-by-step explanation:**

you first solve 8-9, and then multiply is by 8.

Which equation represent the following situation : Andre withdrewspending money from his checking account that initially had $982. Whatwas the amount of his withdrawal, w, if his ending balance was $922.O 982 - w = 922O W - 982 = 922O 922 - W = 982

(a^3 / 4)^2Simplify

Suppose your net income every month is $3.750. In the 20-60-20Model, how much ofyour net income would be in each category?Answer in three complete sentences to explain how much of your income is in each category.

Need the answer to x and y !

Which equation shows the variable terms isolated on one side and the constant terms isolated on the other side for the equation 3 x minus 5 = negative 2 x + 10? x = 5 –5 = x –15 = –5x –5x = 15

(a^3 / 4)^2Simplify

Suppose your net income every month is $3.750. In the 20-60-20Model, how much ofyour net income would be in each category?Answer in three complete sentences to explain how much of your income is in each category.

Need the answer to x and y !

Which equation shows the variable terms isolated on one side and the constant terms isolated on the other side for the equation 3 x minus 5 = negative 2 x + 10? x = 5 –5 = x –15 = –5x –5x = 15

**Answer:**

We can therefore conclude that the geographical distribution of hotline callers could be the same as the U.S population distribution.

**Step-by-step explanation:**

The null Hypothesis: Geographical distribution of hotline callers could be the same as the U.S. population distribution

Alternative hypothesis: Geographical distribution of hotline callers could not be the same as the U.S. population distribution

The populations considered are the Midwest, South, Northeast, and west.

The number of categories, k = 4

Number of recent calls = 200

Let the number of estimated parameters that must be estimated, m = 0

The degree of freedom is given by the formula:

df = k - 1-m

df = 4 -1 - 0 = 3

Let the significance level be, α = 5% = 0.05

For α = 0.05, and df = 3,

from the chi square distribution table, the critical value = 7.815

__Observed and expected frequencies of calls for each of the region:__

**Northeast**

Observed frequency = 39

It contains 18.1% of the US Population

The probability = 0.181

Expected frequency of call = 0.181 * 200 = 36.2

**Midwest**

Observed frequency = 55

It contains 21.9% of the US Population

The probability = 0.219

Expected frequency of call = 0.219 * 200 =43.8

**South**

Observed frequency = 60

It contains 36.7% of the US Population

The probability = 0.367

Expected frequency of call = 0.367 * 200 = 73.4

**West**

Observed frequency = 46

It contains 23.3% of the US Population

The probability = 0.233

Expected frequency of call = 0.233 * 200 = 46

Where observed frequency

Expected frequency

Calculate the test statistic value, x²

Since the test statistic value, x²= 5.535 is less than the critical value = 7.815, the null hypothesis will not be rejected, i.e. it will be accepted. We can therefore conclude that the geographical distribution of hotline callers could be the same as the U.S population distribution.

Answer:

C

Step-by-step explanation:

HJN IS SIMILAR TO PQN

1) Question: divide 8x⁴+2x³-7x²+3x-2 by 4x² - x + 1

2) First term of the quotient

8x⁴ + 2x³ - 7x² + 3x - 2 | 4x² - x + 1

---------------------

-8x⁴ + 2x³ - 2x² 2x²

----------------------------------

4x³ - 9x² + 3x - 2

3) Second term of the quotient:

8x⁴ + 2x³ - 7x² + 3x - 2 | 4x² - x + 1

---------------------

-8x⁴ + 2x³ - 2x² 2x² + x

----------------------------------

4x³ - 9x² + 3x - 2

-4x³ + x² - x

----------------------------

- 8x² + 2x - 2

4) third term of the quotient:

8x⁴ + 2x³ - 7x² + 3x - 2 | 4x² - x + 1

---------------------

-8x⁴ + 2x³ - 2x² 2x² + x - 2

----------------------------------

4x³ - 9x² + 3x - 2

-4x³ + x² - x

----------------------------

- 8x² + 2x - 2

8x² - 2x + 2

-------------------------

0

5) Conclusion:

You can

**Answer:**

Answer: 2x² + x - 2 (the first option)

**Step-by-step explanation:**

got it right on quiz

**Answer:**

30 PS4 in the shipment are likely to be defective

**Step-by-step explanation:**

We take the estimate from the sample and estimate to all the PS4 in store. This means that we can solve this question using a rule of 3.

From the sample of 50 PS4, 3 are defective. How many are expected to be defective out of 500?

50PS4 - 3 defective

500 PS4 - x defective

30 PS4 in the shipment are likely to be defective

**Answer:**

don't take my word but I think 150

**Step-by-step explanation:**

**Answer:**

Yes, she is. The exact product of 602 and 341 is 205,282.

**Step-by-step explanation:**

To determine the exact product of 602 and 341, both numbers must be multiplied, obtaining the result. To do this, said number can be decomposed, to facilitate the operation and to be able to corroborate the accuracy of the result.

So, we can multiply 602 by 300, plus 602 by 40 and 602 by 1, and add the results.

Therefore, since 602 times 300 is equal to 180,600 (602 x 300 = 180,600); that 602 times 40 is equal to 24,080 (602 x 40 = 24,080); and since 602 times 1 is equal to 602, all those values must be added.

So 180,600 plus 24,080 equals 204,680. And in turn, 204,680 plus 602 equals 205,282. Therefore, the proposed result is correct.

7) tvith the graph of )?

A. The graph of ox) is the graph of (a) shifted 4 units to the left.

B. The graph of g() is the graph of X) shifted 4 units to the right

The graph of of) is the graph of fx) shifted 4 units up.

The graph of g(x) is the graph of () shifted 4 units down.

SUBMIT

**Answer:**

The graph of g(x) is shifted 4 units down.