Answer:
11 field goals

12 free throws

12 free throws

Answer:
x = free throws and y = field goals

x + y = 23....x = 23 - y

x + 2y = 34

23 - y + 2y = 34

-y + 2y = 34 - 23

y = 11.....so she made 11 field goals

x + y = 23

x + 11 = 23

x = 23 - 11

x = 12...and she made 12 free throws

x + y = 23....x = 23 - y

x + 2y = 34

23 - y + 2y = 34

-y + 2y = 34 - 23

y = 11.....so she made 11 field goals

x + y = 23

x + 11 = 23

x = 23 - 11

x = 12...and she made 12 free throws

Is a tangent toX, and X is the center of the circle. What is the length of the radius of the circle?461212.8

A rectangular prism has a length of 1 1/4 centimeters, a width of 4 cm, and a height of 3 1/4 cm. What is the volume of the prism

The table below shows the linear function f.x: -6,-5,-4,-3,-2f(x): 22,19,16,13,10Determine the average rate of change of the given function over an interval [-5, -2].A. -1/3b.1/3c.-3D.3

Solve the following system of equation by using the method of substitution. x + 2y = -1 and 2x – 3y =12

Two lines in the plane of a floor are

A rectangular prism has a length of 1 1/4 centimeters, a width of 4 cm, and a height of 3 1/4 cm. What is the volume of the prism

The table below shows the linear function f.x: -6,-5,-4,-3,-2f(x): 22,19,16,13,10Determine the average rate of change of the given function over an interval [-5, -2].A. -1/3b.1/3c.-3D.3

Solve the following system of equation by using the method of substitution. x + 2y = -1 and 2x – 3y =12

Two lines in the plane of a floor are

r + 45 – 16 < 16 – 16

r + 45 + 3 < 16 + 3

r + 45 - 16 < 16

r + 45 - 45 < 16 - 45

**Answer**

Which inequalities are equivalent to r + 45 < 16? Check all that apply.

✅r + 45 – 16 < 16 – 16

✅ r + 45 + 3 < 16 + 3

✅r + 45 - 45 < 16 - 45

the last option I'm thinking, hope this helps

The **length **of the line on the **blueprint **of the **wall **will be 18 inches.

**Dilation **is the process of **increasing **the size of an item **without **affecting its form. Depending on the **scale factor**, the object's size can be **raised **or **lowered**.

There is **no effect **of dilation on the **angle**.

An **architect **uses a scale of 3/4 **inches **to represent 1 **foot **on a **blueprint **for a **building**.

Then the **scale factor **of the blueprint will be

Scale factor = 3/4 inches per foot

If the **east **wall of the **building **is 24 feet **long**.

Then the **length **of the line on the **blueprint **of the **wall **will be

Length = 24 feet x scale factor

Length = 24 x (3/4)

Length = 6 x 3

Length = 18 inches

Thus, the **length **of the line on the **blueprint **of the **wall **will be 18 inches.

More about the **dilation **link is given below.

#SPJ2

Answer:

16 in.

Step-by-step explanation:

We have the ratio

How about let's make this easier. Easier is better, right? Let's get rid of the fraction 2/3. We will do that by multiplying 2/3 by 3 and 1 by 3 to get the equivalent ratio of

Now we need to know how many inches there would be if the number of feet is 24:

Cross multiply to get

3x = 48 so

x = 16 in.

B-The purpose of (1) inferential (2) descriptive statistics is to use the limited data from a sample as the basis for making general conclusions about the population.

**Answer:**

A-The purpose of (2)descriptive statistics is to simplify the organization and presentation of data.

B-The purpose of (1) inferential statistics is to use the limited data from a sample as the basis for making general conclusions about the population.

**Step-by-step explanation:**

The descriptive statistics is used to make large data presentable into usable short forms, without which it would look impossible to solve. We draw a sample from the population and find its mean or draw histograms for the frequency distributions. This is descriptive statistics.

The inferential statistics is used to make inferences and conclusions from limited data given from a population. We do the hypothesis testing for the random samples obtained from larger populations. The hypothesis tests or the confidence intervals help us decide whether the rseults are accepted or not.

**Descriptive statistics **is used to summarize and organize data from a sample, such as providing the average or frequency of a variable. Inferential statistics, on the other hand, uses this sample data to make broad generalizations about the population.

The two major categories of statistical techniques are** inferential statistics** and descriptive statistics. The general purpose of descriptive statistics is to simplify the organization and presentation of data. They provide simple summaries about the sample and the measures. For example, we may want to know the average, maximum, minimum, or frequency of some variable.

On the other hand, inferential statistics involve using the limited data from a sample as the basis for making general conclusions about the population. They also include the theory of hypothesis testing, which is a method for testing statistical results. For example, inferential statistics would be used to determine if a difference observed between groups is a real one or if it might have happened by chance in this study.

#SPJ3

D(n)=8−6(n−1). The 6th term is found by subbing 6 for n in this formula:

D(6)=8−6(6−1) = 8 - 6(5) = 8 - 30 = -22 (answer)

D(6)=8−6(6−1) = 8 - 6(5) = 8 - 30 = -22 (answer)

**Answer:**

the probability that he length of this component is between 4.98 and 5.02 cm is 0.682 (68.2%)

**Step-by-step explanation:**

Since the random variable X= length of component chosen at random , is normally distributed, we can define the following standardized normal variable Z:

Z= (X- μ)/σ

where μ= mean of X , σ= standard deviation of X

for a length between 4.98 cm and 5.02 cm , then

Z₁= (X₁- μ)/σ = (4.98 cm - 5 cm)/0.02 cm = -1

Z₂= (X₂- μ)/σ = (5.02 cm - 5 cm)/0.02 cm = 1

therefore the probability that the length is between 4.98 cm and 5.02 cm is

P( 4.98 cm ≤X≤5.02 cm)=P( -1 ≤Z≤ 1) = P(Z≤1) - P(Z≤-1)

from standard normal distribution tables we find that

P( 4.98 cm ≤X≤5.02 cm) = P(Z≤1) - P(Z≤-1) = 0.841 - 0.159 = 0.682 (68.2%)

therefore the probability that he length of this component is between 4.98 and 5.02 cm is 0.682 (68.2%)

**Answer:**

0.8 minutes

**Step-by-step explanation:**

From the given information:

The arrival time for the jobs to the computer obeys a Poisson distribution;

Thus, the arrival rate is:

Assuming the average time spent on the jobs in the system is denoted by:

The average time a job process in the system can be expressed as follows:

From above formula:

service rate

arrival rate

replacing the values;

Open brackets

**0.8 minutes**