Answer:
First, convert "of" to x and put this info into an equation:

Let n represent the unknown number.

14.4 % x n= 10.4

n = 10.4 / 14.4%

n = 72.22222

n = ~72

Hope this helps!

Let n represent the unknown number.

14.4 % x n= 10.4

n = 10.4 / 14.4%

n = 72.22222

n = ~72

Hope this helps!

Say a business found that 29.5% of customers in Washington prefer grey suits. The company chooses 8 customers in Washington and asks them if they prefer grey suits. What assumption must be made for this study to follow the probabilities of a binomial experiment?

QUICK I NEED TO KNOW WHAT 10 TIMES 0 IS

The value of 33 + 42 = .

Which is true1) 31^3 12^10

Please Help! I'm lost, in a maze and I can't find my way out.

QUICK I NEED TO KNOW WHAT 10 TIMES 0 IS

The value of 33 + 42 = .

Which is true1) 31^3 12^10

Please Help! I'm lost, in a maze and I can't find my way out.

Steps to solve:

2(x - 6) = 3(x + 9)

~Distribute both sides

2x - 12 = 3x + 27

~Add 12 to both sides

2x = 3x + 39

~Subtract 3x to both sides

-x = 39

~Divide both sides by -1

**x = -39**

Best of Luck!

**Answer:**

2×-12=3×+27

2×-3×=27+12

-×=39

**Step-by-step explanation:**

Grouping like terms

then simplify to get x

**Answer and Step-by-step explanation:**

We can eliminate answer choices 2 and 4, since the graphs are shading below the line, which means y is less than or less than or equal to the values.

The answer is the first answer choice.

This is because this inequality matches up with the graph.

Everything is shaded below, and y is less than, so it matches up.

3 is the y-intercept.

The slopes match up as well.

#teamtrees #WAP (Water And Plant)

Answer:

Step-by-step explanation:

The method applied in this scenario is called simple random sampling. A sample of 100 customers is chosen from a larger population of customers and each customer has the same chance of being selected for the survey at any given time. Also, the chance of selecting 100 customers from each store is the same during the sampling process. The order of sampling at each store does not follow a certain order, thus, It is different from systematic random sampling.

**Answer:**

ok so there is 24 munchkins in the box and the probability of picking a chocolates is 1/3 and the probability of picking a red velvet is 1/4 so the if we multiply these together the probability of picking a chocolates then a red velvet is 1/12 or 8.3 percent

From the **confidence interval** given, we have that the **correct option** is:

It would be less than 0.05.

At the **null hypothesis**, we test that there are no changes, that is, the __means are equal__, so:

At the **alternative hypothesis**, we test if there was a change, that is, if the __means are different,__ so:

.

The** confidence interval** for the difference of means is: (2.177, 4.977).

- It
__does not contain 0__, which means that they are**different**.

- Statistically significant results, which indicate difference, have low p-values, that is, lower than 0.05, thus the
**p-value**would be**less than 0.05.**

A similar problem is given at brainly.com/question/22968227

**Answer:**

It would be less than 0.05.

**Step-by-step explanation:**

The hypothesis test was done to claim that the weight of participants has changed.

The null and alternative hypothesis could be written as:

being μ the population mean change in weight.

With that information, we can tell that is a two tailed test. Sample means that fall in any of the tails, with a z-statistic over 1.96 or under -1.96 (at a significance level of 0.05), will be evidence to reject the null hypothesis.

The information we have about the sample is the 95% confidence interval calculated from the sample information.

This confidence interval **does not include the value μ=0.**

Then, there is 2.5% of probabiltity that the population mean is under 2.177, the lower bound of the interval, which includes the value μ=0.

With this information, we can conclude that the P-value have to be under 0.05.

**Answer:**

1.60×10^-12 m^2

**Step-by-step explanation:**

The prefix μ stands for "micro-", which means 10^-6. So, 1 micro-meter is ...

1 μm = 10^-6 m

A square micrometer is then ...

(1 μm)^2 = (10^-6 m)^2 = 10^-12 m^2

1.6 of them is ...

1.6 μm^2 = **1.6×10^-12 m^2**