x +X+90 x+30 what is the compound inequality ​

Answer:

Step-by-step explanation:

3(2x+1) = 6x+3

5x+x+3 = 6x+3

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

so the answer is 3(2x=3)[tex]\neq \neq[/tex]

Answer:

Identify the expression that is not equivalent to 6x + 3.

Step-by-step explanation:

The angles in the triangle are as follows:

A = 32 degrees

B = 58 degrees

The sum of angles in a triangle is 180 degrees. The triangle ABC is a right angle triangle. A right angle triangle has one of its angles as 90 degrees.

Therefore, let's find the angle A and B as follows:

Using trigonometric ratios,

sin A = opposite / hypotenuse

Therefore,

sin A = 8 / 15

A = sin⁻¹ 0.53333333333

A = 32.2286948935

A = 32 degrees

Let's find angle B

B = 180 - 90 - 32(sum of angles in a triangle)

B = 90 - 32

B = 58 degrees

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Answer:

[tex]y = \frac{1}{3} x + 3[/tex]

Step-by-step explanation:

Start at the point (-3, 2). Go up 1 unit, then right 3 units, to the point (0, 3). The slope of the line is 1/3, and the y-intercept is 3, so we have

[tex] y = \frac{1}{3} x + 3[/tex]

Answer:

6 inches

Step-by-step explanation:

The solution to the system of equations is (3, -2). Therefore, the correct answer is A) (3, -2).

To solve this system of equations using substitution, we need to isolate one of the variables in one of the equations and substitute it into the other equation. We can choose to isolate x in the second equation:

x = 2y + 7

Now we can substitute this expression for x in the first equation:

3x + 2y = 5

3(2y + 7) + 2y = 5

6y + 21 + 2y = 5

8y = -16

y = -2

Now that we know the value of y, we can substitute it back into either of the original equations to find the value of x. We'll use the second equation for this:

x = 2y + 7 = 2(-2) + 7 = 3

Therefore, the correct answer is A) (3, -2).

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When dividing 80,543 by 176, the quotient is 458 with a remainder of 15.

What is the process of 80,543 divided by 176?

We start by dividing the first digit of the dividend (8) by the divisor (176). Since 8 is smaller than 176, we need to look at the first two digits of the dividend 80.

We divide 80 by 176. The result is 0, with a remainder of 80.

We bring down the next digit of the dividend to the remainder, making it 805.

We divide 805 by 176. The result is 4, with a remainder of 111.

We bring down the next digit of the dividend to the remainder, making it 1114.

We divide 1114 by 176. The result is 6, with a remainder of 58.

We bring down the next digit of the dividend to the remainder, making it 583.

We divide 583 by 176. The result is 3, with a remainder of 55.

We bring down the next digit of the dividend (the final digit, in this case) to the remainder, making it 555.

We divide 555 by 176. The result is 3, with a remainder of 27.

Since there are no more digits in the dividend, the quotient is the combination of all the individual results we got from each step. In this case, the quotient is 458, and the remainder is 15.

Therefore, 80,543 divided by 176 is 458 with a remainder of 15.

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Correct question is "What is remainder and quotient when 80,543 divided by 176?"

Answer:

Step-by-step explanation:h

By using the unitary method, we found that 60 items were sold at $25 each, while 90 items were sold at $5 each at the charity's craft fair.

In this problem, we know the total number of items sold and the total revenue earned. Let's assume that the number of items sold at $5 each is x, and the number of items sold at $25 each is y. Therefore, we can write two equations based on this information:

x + y = 150 (Equation 1)

5x + 25y = 1950 (Equation 2)

Equation 1 represents the total number of items sold, while Equation 2 represents the total revenue earned from the sale. Now, we can use the unitary method to find the value of y, which represents the number of items sold at $25 each.

Let's rearrange Equation 2 to solve for y:

5x + 25y = 1950

25y = 1950 - 5x

y = (1950 - 5x)/25

Now, we can substitute this expression for y into Equation 1:

x + (1950 - 5x)/25 = 150

Simplifying this equation, we get:

25x + 1950 - 5x = 3750

20x = 1800

x = 90

Therefore, we know that 90 items were sold at $5 each. Now, we can use Equation 1 to find the number of items sold at $25 each:

y = 150 - x

y = 150 - 90

y = 60

Hence, 60 items were sold at $25 each.

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Angle relationship and algebra are closely related in geometry, as we often use algebraic expressions to represent angle measures and their ratios.

For example, if we are given that angle A and angle B are complementary (meaning that their sum is 90 degrees), we can write an algebraic equation:

Similarly, if we know that angle A is three times larger than angle B, we can write:

We can use algebraic equations to solve for unknown angle measures or to find relationships between angles.

For example, let's say we are given that angle A is complementary to angle B, and that angle B is twice as large as angle C. We can write:

We can substitute the second equation into the first equation to get:

This equation relates the three angles A, B, and C. We can use algebra to solve for any of the unknown angles, given the measures of the others.

Therefore, algebraic equations and expressions are an important tool in understanding and analyzing angle relationships in geometry.

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The correct choice is To control voluntary response bias.

Random assignment helps to control voluntary response bias by icing that individualities are assigned to the treatment and control groups fully arbitrarily, without any input or influence from the individualities themselves.

Voluntary response bias occurs when individuals tone-elect into a particular group, frequently because they have a particular interest or opinion on the content being studied. This can lead to prejudiced results because the individuals who choose to share may not be representative of the larger population.

Random assignment helps to control for voluntary response bias by icing that individualities are assigned to the treatment and control groups fully at arbitrarily, without any input or influence from the individualities themselves. This helps to insure that the groups are representative of the larger population and that any observed differences between the groups are due to the treatment itself, rather than other factors that may be associated with certain individualities or groups.

thus, arbitrary assignment helps to minimize the implicit impact of voluntary response bias on the results of a trial.

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The correct question is given below-

What is the purpose of random assignment in an experiment? Check all that apply.

Group of answer choices

To select a sample that is representative of the population

To create similar treatment groups

To eliminate the effects of the explanatory variable

To control voluntary response bias

Control for confounding variables

If a quiz has 20 multiple choice questions, then the expected number of correct answers is 5.

For each question, there are 4 possible choices, and only 1 of them is correct.

So, the probability of randomly guessing the "correct-answer" for any  question is = 1/4 = 0.25,

Each question is an independent event, we use the concept of linearity of expectation to calculate the expected number of correct answers for all 20 questions.

The "Expected" number of correct answers for a "single-question" is  probability of guessing it correctly, which is 0.25,

The "Expected-Number" of correct answers for 20 questions is the sum of the expected number of correct answers for each question,

⇒ Expected number of correct answers = (Probability of guessing a single question correctly) × (Number of questions),

Substituting the values,

We get,

⇒ Expected number of correct answers = 0.25 × 20,

⇒ Expected number of correct answers = 5

Therefore, the expected number of correct answers when making "random-guesses" on all 20 multiple choice questions is 5.

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When comparing the data from the two locations, the measure of center that should be used to determine which location typically has the cooler temperature is the median.

In Sunny Town, the histogram shows that the shaded bars are skewed to the right, indicating that the distribution is positively skewed. This means that there are a few high temperatures that pull the mean towards the higher end.

However, the median, which represents the middle value when the data is arranged in ascending order, is less affected by extreme values and is a better measure of the center for skewed distributions.In Desert Landing, the histogram shows a symmetric distribution, with the shaded bars evenly distributed around the center.

In this case, both the mean and median can be considered reliable measures of the center.Therefore, to determine which location typically has the cooler temperature, we should use the median.

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The answer is 24. To calculate this, 8 1/2% needs to be converted to a decimal by dividing it by 100.

Numbers are often used to measure and compare objects, and they can be used to solve problems and make predictions.

8 1/2% is equal to 0.04.

To calculate the number of poetry books for children, multiply 0.04 by 600.

0.04 x 600 = 24

To find the number of poetry books for children, the decimal equivalent of 8 1/2% needs to be multiplied by the total number of poetry books.

In conclusion, 8 1/2% of 600 poetry books is equal to 24 books.

To calculate this, 8 1/2% needs to be converted to a decimal by dividing it by 100.

Then, the decimal needs to be multiplied by the total number of poetry books. This will give the answer, which can be rounded down if necessary.

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Your answer will be 35

Answer:

The answer is 59 ½

Step-by-step explanation:

4×4×4-2×1 ½×1 ½

= 64 - 2× 3/2 × 3/2

= 64 - 9/2

= 128/2 - 9/2

= 119/2

= 59 ½ in3

Hope this helped :)

Therefore , the solution of the given problem of equation comes out to be x = π/2 and x = 3*π/2 are the answers to the above equation in the range [0, π].

In intricate algorithms, variable words are typically employed to demonstrate consistency between two opposing arguments. Equations are academic phrases that are used to demonstrate the equality of different academic figures. Consider the specifics associated with the x + 7 suggestions.

Here,

The equation is as follows:

=> Cscx+Csc² = 2.

Remember this formula: csc(2x) = 1/sin(2x)

=>  1/sin(2x)+csc(2x) = 2

=>  cscxsin2x + 1 = 2sin2x

We may enter this number into the equation since cscx = 1/sinx:

=>  2(1/cscx)² = 1 + (1/cscx)(1/cscx)

If we simplify, we get:

=>  1/(cscx) + 1 = 2/(cscx)

Eliminating the fraction requires multiplying both sides by cscx2:

=>  cscx² + 1 = 2

=>  cscx² = 2 - 1

=>  cscx² = 1

=>  |cscx| = 1

Situation 1: cscx = 1

=>  Sinx = 1/cscx = 1/1 = 1 if cscx = 1.

In the range [0, π], this happens when x = π/2.

Case 2: Cscx equals 1.

=>  Sinx = 1/cscx = 1/-1 = 1 if cscx = -1.

This happens when x in the range [0, pi] = 3*π/2.

So, x = π/2 and x = 3*π/2 are the answers to the above equation in the range [0, π].

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Positive integers less than 100 that are neither multiples of 2 nor multiples of 3 are 33. Option (d)

To solve this problem, we can use the principle of inclusion-exclusion.

There are a total of 99 positive integers less than 100 (from 1 to 99, inclusive).

We want to count the number of integers that are not multiples of 2 or 3.

The number of integers that are multiples of 2 is 49 (from 2 to 98, inclusive, with a common difference of 2).

The number of integers that are multiples of 3 is 33 (from 3 to 99, inclusive, with a common difference of 3).

However, we have double-counted the integers that are multiples of both 2 and 3 (i.e., multiples of 6). There are 16 such integers (from 6 to 96, inclusive, with a common difference of 6).

Therefore, the number of integers that are not multiples of 2 or 3 is:

99 - (49 + 33 - 16) = 83

So there are 83 positive integers less than 100 that are neither multiples of 2 nor multiples of 3.

Therefore, the answer is (d) 33.

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The degrees of freedom associated with within treatments are 12 within the variation sum of squares degrees of freedom mean square f between treatments 64 within treatments (error) 96.

The ANOVA table divides the overall variance into variation between treatments and variation within treatments. Each source of variation's degrees of freedom (DF) is also provided.

According to the information provided, there are three treatments and a total of 15 observations. As a result, the total degrees of freedom is:

[tex]DF_{total}[/tex] = n - 1

where n is the number of observations

[tex]DF_{total}[/tex]= 15 - 1 = 14

The degrees of freedom between treatments are equal to the number of treatments minus one:

[tex]DF_{between}[/tex] = k - 1

where k is the number of groups being compared

[tex]DF_{between}[/tex]= 3 - 1 = 2

The number of treatments minus one equals the degrees of freedom between treatments, that is 2

We may use the following formula to calculate the degrees of freedom within treatments:

[tex]DF_{within}[/tex] = [tex]DF_{total} - DF_{between}[/tex]

Substituting the values we have:

[tex]DF_{within}[/tex] = 14 - 2 = 12

[tex]DF_{within}[/tex] = 12

As a result, the answer is 12. The degrees of freedom associated with within treatments are 12.

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1. The x intercept is 0 or 6

x-cordinate vertex = 3 , y-cordinate vertex = 9

2. x intercepts are 4 and -5

x-cordinate vertex = -1 and y-cordinate vertex = -20

What is intercept and vertex of a quadratic graph?

The x intercept of a quadratic graph are the roots of the quadratic equation. The vertex of a quadratic equation is the maximum or minimum point on the equation's parabola.

To find the x coordinate of the vertex , we use

x = -b/2a

and the y cordinate is found by substituting the value of -b/2a for x

1. y = x( x -6)

when y = 0

the roots of the equation = x = 0 or 6

and the x coordinate vertex = -(-6)/2 = 6/2 = 3

the y cordinate vertex = y = 3(3-6) = 3 × 3 = 9

2. y = (x-4)(x+5)

when y = 0

x = 4 or -5

and the x coordinate vertex = -1/1 = -1

y cordinate vertex = (-1-4)(-1+5)

= -5× +4 = -20

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For a branch that is taken with 80% frequency, the "predict taken" scheme is the best choice as it provides the highest accuracy of 80% compared to the "predict not taken" scheme (20%) and dynamic predictor with 90% accuracy (82%).

For a branch that is taken with 80% frequency, the "predict taken" scheme will be the best choice, as it will provide an accuracy of 80%. The "predict not taken" scheme would only provide an accuracy of 20%, while the dynamic predictor with 90% accuracy would provide an accuracy of 82% ((90% x 0.8) + (10% x 0.2)).

Thus, even though the dynamic predictor has a high average accuracy, it may not always be the best choice for specific branches. In this case, the "predict taken" scheme is the most suitable option, as it provides the highest accuracy for this particular branch.

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3. The area of the shaded region is 5x² + 2x - 3

4. The area of the shaded region is 18x² + 21x + 6

From the question, we are to determine the area of the shaded region in the given diagrams.

3.

Area of the shaded region = {[(x - 1) + (2x - 1)] × [(x + 1) + (x + 1)]} - (x + 1)(x - 1)

Area of the shaded region = [(x - 1 + 2x - 1) × (x + 1 + x + 1)] - (x + 1)(x - 1)

Area of the shaded region = [(3x - 2) × (2x + 2)] - [(x + 1)(x - 1)]

Area of the shaded region = [(3x - 2)(2x + 2)] - [(x + 1)(x - 1)]

Area of the shaded region = (6x² + 6x - 4x - 4) - (x² - x + x -1)

Area of the shaded region = 6x² + 6x - 4x - 4 - x² + x - x + 1

Area of the shaded region = 6x² + 2x - 4 - x² + 1

Area of the shaded region = 6x² - x² + 2x - 4  + 1

Area of the shaded region = 5x² + 2x - 3

4.

Area of the shaded region = [(6x + 4)(4x + 2)] - [1/2(1/2(6x +4) × (4x + 2))]

Area of the shaded region = [(6x + 4)(4x + 2)] - [1/2((3x + 2)(4x + 2))]

Area of the shaded region = [24x² + 12x + 16x + 8] - [1/2(12x² + 6x + 8x + 4)]

Area of the shaded region = (24x² + 12x + 16x + 8) - (6x² + 3x + 4x + 2)

Area of the shaded region = (24x² + 28x + 8) - (6x² + 7x + 2)

Area of the shaded region = 24x² + 28x + 8 - 6x² - 7x - 2

Area of the shaded region = 24x² - 6x² + 28x - 7x + 8 - 2

Area of the shaded region = 18x² + 21x + 6

Hence, the area is 18x² + 21x + 6

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Therefore , the solution of the given problem of fraction comes out to be the previous week's rainfall total was 7/4 inches.

Any combination of sections of the same size can be used to represent the whole. Quantity is described as "a portion" under a particular measurement in Standard English. 8, 3/4. Fractions are included in wholes. These act as the ratio divisor, which is a pair of integers in mathematical words. Here are a couple of examples showing how to change straightforward halves into entire numbers.

Here,

Let's refer to the amount of rain that fell the previous week as x inches.

The information provided indicates that it rained 2 1/2 inches on Wednesday, which is 3/4 of an inch more than the quantity that fell the previous week. This knowledge can be expressed as an equation:

=> 2 1/2 = x + 3/4

=> 2 1/2 - 3/4 = x

=> 2 1/2 = 5/2

=> 3/4 = 3/4

=> 5/2 - 3/4 = x

In this instance, 2 and 4 have a common denominator of 4, which is 4. So, using 4 as the common denominator, we can rewrite the fractions as follows:

=> 5/2 - 3/4 = x

=> (5/2) × (2/2) - 3/4 = x

=> 10/4 - 3/4 = x

=> 7/4 = x

Therefore, the previous week's rainfall total was 7/4 inches.

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Answer:

Step-by-step explanation:

x²-3x - 10 = 0

x² -5x + 2x - 10 = 0

(x² -5x)+ (2x - 10) = 0

x(x - 5) +2(x - 5) = 0

(x + 2) (x - 5) = 0

x +2 = 0

x = -2

OR

x -5 = 0

x = 5

hence ans is, (1) {5,-2}

Applying the, Intersecting Chords Theorem, the value of x is calculated as: x = 16.

The Intersecting Chords Theorem is a geometric principle that states that when two chords intersect within a circle, the product of the lengths of the segments of one chord is equal to the product of the lengths of the segments of the other chord.

Thus, we would apply this theorem to find the value of x in the image given as explained below:

(x - 6)(8) = (x)(5)

8x - 48 = 5x

8x - 5x = 48

3x = 48

Divide both sides by 3

3x/3 = 48/3

x = 16

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To interpret the residual plot, we need to understand that the residuals are the differences between the actual values and the predicted values from the regression model.

I. The residual plot can give us an indication of the linearity of the relationship between the two variables. If the plot shows a clear pattern or curvature, it suggests that the relationship is non-linear. From the given information, we cannot see the residual plot and thus cannot determine if the relationship between the number of employees at Microsoft and the year is non-linear.

II. If the regression equation overestimates the number of employees at Microsoft in 1982, it means that the actual number of employees in 1982 was lower than what the regression equation predicted. Looking at the residual plot, if the residuals for the year 1982 are mostly positive (i.e., above the horizontal line), it suggests that the regression equation overestimated the number of employees in 1982. We cannot see the residual plot from the given information to determine if this statement is true.

III. If the number of employees at Microsoft decreased from 1976 through 1982, it means that the actual number of employees in 1982 was lower than the number of employees in 1976. Looking at the residual plot, if the residuals for the years from 1976 to 1982 are mostly negative (i.e., below the horizontal line), it suggests that the regression equation overestimated the number of employees during those years, which would be consistent with a decrease in the number of employees. Therefore, this statement could be true based on the residual plot.

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The answer is: The answers will vary from person to person.

The statement that is true about statistical questions is that the answers will vary from person to person. Statistical questions are questions that can be answered using data and statistics. These questions involve gathering information from a population or a sample of that population, analyzing the data, and making conclusions based on the results. Since different people may have different data and different ways of analyzing that data, the answers to statistical questions can vary. This is why it is important to consider the sample size, the sample method, and the statistical methods used to analyze the data when interpreting the results of statistical questions. A well-designed study can help minimize variability and improve the accuracy of the results, but some degree of variability is still expected due to natural differences in the data collected by different individuals or groups

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The amount of fencing, dirt and sod for the baseball field are;

Length of fencing ≈ 1410.5 feet

Area of the sod ≈ 118017.13 ft²

Area of of the field covered with dirt ≈ 7,049.6 ft²

The fencing of a baseball field is the outer enclosure of the field, which typically, is located along the outfield boundary.

The amount of fencing, dirt, and sod can be found using the formula for finding the circumference of a circle and the area of a circle as follows;

Area of a circle = π × r²

Circumference of a circle = 2 × π × r

Where r is the radius of the circle

The area of a quarter of a circle is therefore; Area of a circle ÷ 4

The perimeter of a quarter of a circle is; The perimeter of a circle ÷ 4

Fencing = (1/4) × 2 × π × 380 + 2 × 15 + 2 × 380 + (1/4) × 2 × π × 15

Fencing = 190·π + 790 + 7.5·π = 197.5·π + 790 ≈ 1410.5

Grass = π/4 × (380 - 6)² + 87² - π/4 × (87 + 30)² + 2 × 380 × 15 + π/4 × 15² - (3/4) × π × 10² - 25·π = 31528·π + 18969 ≈ 118017.13

Dirt; π/4 × 380² - π/4 × (380 - 6)² + π/4 × (87 + 30)²- 87² + π·100 = (18613·π - 30276)/4 ≈ 7049.6

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The density of a sample of an unknown substance with a mass of 6 grams and a volume of 12 cm³ is 0.5 grams.

Density is a fundamental physical property that measures the amount of matter (mass) packed into a particular space (volume). The mathematical definition of density is simply the mass of an object divided by its volume. Density is typically measured in units of mass per unit volume, such as grams per cubic centimeter (g/cm³) or kilograms per cubic meter (kg/m³). One crucial aspect of density is that it is an intrinsic property of a substance, meaning it is a characteristic that depends solely on the material and is not affected by the amount of the substance. By using density, we can identify the material a particular object is made of. For example, a piece of gold will have a higher density than a piece of silver because gold is a more dense metal. Additionally, the density of an object can be used to determine its buoyancy in a fluid. Objects with a higher density will sink in a fluid with a lower density, while objects with a lower density will float.

Density is defined as the amount of mass per unit of volume. Mathematically, it can be represented as:

Density = Mass/Volume

Substituting the given values, we get:

Density = 6 grams/12 cm³

Density = 0.5 grams/cm³

Therefore, the density of the sample is 0.5 grams/cm³.

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The probability of Laura missing 3 free throws before making 12 is approximately 0.0037 or 0.37%.
The basketball free throw.

A success would be considered when Laura makes a free throw.

A failure would be when Laura misses a free throw.
The negative binomial distribution is a probability distribution that calculates the probability of obtaining a certain number of failures before a specified number of successes occur.

The specified number of successes is 12, and the number of failures is represented by the variable x.
To calculate the probability of x failures, we need to know the probability of a single failure.

Since Laura is an 82% free throw shooter, the probability of her missing a free throw is 18%.
We can use the formula for negative binomial distribution to determine how many failures are required before 12 successes are achieved.

The formula is:
[tex]P(X = x) = (r+x-1)C(x) \times p^r \times (1-p)^x[/tex]
Where:
P(X = x) is the probability of having x failures before achieving 12 successes
r is the number of successes required (in this case, 12)
p is the probability of a single success (in this case, 0.82)

[tex](r+x-1)C(x)[/tex]is the combination of r+x-1 choose x

For example, if we want to find the probability of Laura missing 3 free throws before making 12, we will plug in x = 3, r = 12, p = 0.82 into the formula:

[tex]P(X = 3) = (12+3-1)C(3) \times 0.82^1^2\times (1-0.82)^3[/tex]
[tex]P(X = 3) = 14C3 \times 0.082^1^2 \times 0.18^3[/tex]
[tex]P(X = 3) = 364 \times 0.000018 \times 0.005832[/tex]
P(X = 3) = 0.000037
Overall, the trial in this scenario is each individual attempt at a free throw, the success is making a free throw, and 12 successes are required before the shooting session is considered complete.

The negative binomial distribution is used to calculate the probability of obtaining a certain number of failures before achieving the specified number of successes.

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'x' follows a negative binomial distribution with 'r' being 12 successes.

In this scenario, a trial refers to each individual attempt at shooting a free throw. A success is when Laura successfully makes a free throw. To achieve her goal of making 12 free throws, she needs to have 11 successes (since she will miss on the final attempt). Therefore, r = 11.

In this context, a "trial" refers to each individual attempt Laura makes to shoot a basketball free throw. A "success" is when Laura makes a free throw (hits the basket), while a "failure" (not mentioned in the question) would be when Laura misses a free throw. Since Laura keeps shooting free throws until she makes 12, the number of successes required, denoted as 'r', is 12.

Therefore, 'x' follows a negative binomial distribution with 'r' being 12 successes.

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The central limit theorem tells us that under certain conditions.

The sampling distribution of the means will approximate a normal distribution.

Regardless of the shape of the population distribution.

Building a sampling distribution through simulation, each dot in the graph represents a simulated sample.

Calculated from a sample of a fixed size (usually denoted as "n") drawn randomly from a population.

To create a sampling distribution.

Multiple simulated samples of the same size are drawn randomly from the population.

The mean of each sample is calculated.

Each dot on the graph represents the mean of one of these simulated samples.

By plotting the distribution of these sample means on a graph.

Visualize the behavior of the sample means and infer about the population mean.

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