Write (2x)^3 without exponents

The speed of the plane is 900 km/h, and the speed of the wind is 100 km/h.

Let's denote the speed of the plane as P and the speed of the wind as W.

When the airplane is flying with the wind, the effective speed of the plane is increased by the speed of the wind. Conversely, when the airplane is flying against the wind, the effective speed of the plane is decreased by the speed of the wind.

We can set up two equations based on the given information:

With the wind:

The speed of the plane with the wind is P + W, and the time taken to cover the 8000 km distance is 8 hours. Therefore, we have the equation:

(P + W) * 8 = 8000

Against the wind:

The speed of the plane against the wind is P - W, and the time taken to cover the same 8000 km distance is 10 hours. Therefore, we have the equation:

(P - W) * 10 = 8000

We can solve this system of equations to find the values of P (speed of the plane) and W (speed of the wind).

Let's start by simplifying the equations:

(P + W) * 8 = 8000

8P + 8W = 8000

(P - W) * 10 = 8000

10P - 10W = 8000

Now, we can solve these equations simultaneously. One way to do this is by using the method of elimination:

Multiply the first equation by 10 and the second equation by 8 to eliminate W:

80P + 80W = 80000

80P - 80W = 64000

Add these two equations together:

160P = 144000

Divide both sides by 160:

P = 900

Now, substitute the value of P back into either of the original equations (let's use the first equation):

(900 + W) * 8 = 8000

7200 + 8W = 8000

8W = 8000 - 7200

8W = 800

W = 100

Therefore, the speed of the plane is 900 km/h, and the speed of the wind is 100 km/h.

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Answer:

E and F

Step-by-step explanation:

(16/20 = 0.80)

14/8 = 1.75

9/10 = 0.90

8/5 =1.60

13/10 = 1.30

4/5 = 0.80

8/10 = 0.80

You have to to put the reduce the fractions and then put them in to decimal form then see if they are the same as the one you want it to be.

The simplified form of the expression (x² - 4x -21)/4(x-7) is (x + 3)/4

From the question, we have the following parameters that can be used in our computation:

x²-4x-21 over 4(x-7)

Express properly

So, we have

(x² - 4x -21)/4(x-7)

Factor the numerator

This gives

(x + 3)(x - 7)/4(x-7)

Cancel out the common factors

This gives

(x + 3)/4

Hence, the simplified form of the expression is (x + 3)/4

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The value of x is -sqrt(55)/8.

Let's use the Pythagorean theorem to find the value of x.

Since P is on the unit circle, we know that the distance from the origin to P is 1. Let's call the x-coordinate of P "x".

We can use the Pythagorean theorem to write:

x^2 + (-3/8)^2 = 1^2

Simplifying, we get:

x^2 + 9/64 = 1

Subtracting 9/64 from both sides, we get:

x^2 = 55/64

Taking the square root of both sides, we get:

x = ±sqrt(55)/8

Since P is in quadrant III, we know that x is negative. Therefore,

x = -sqrt(55)/8

So the value of x is -sqrt(55)/8.

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Based on the histogram, it seems that the percentage of men with cholesterol levels above 220 is around 15%. To calculate this, we can look at the total area of the bars to the right of 220 and divide it by the total area of the entire histogram.

To be more specific, we can count the number of bars to the right of 220, which is 3. Each of these bars has a width of 5 and a height (frequency) of 4, 6, and 2 respectively. So the total area of these bars is 5 x (4 + 6 + 2) = 60.

The total area of the entire histogram is 5 x 20 = 100. Therefore, the percentage of men with cholesterol levels above 220 is (60/100) x 100 = 60%.

So the answer is not provided in the answer choices, but it would be closest to 60% based on the given histogram.
The histogram displays the distribution of serum cholesterol levels in milligrams per deciliter (mg/dL) for a sample of men. To determine the percentage of men with cholesterol levels above 220 mg/dL, you should examine the histogram and identify the relevant bars that represent cholesterol levels above 220 mg/dL. Then, calculate the number of men in these bars and divide it by the total number of men in the sample, and finally multiply the result by 100 to obtain the percentage.

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The density of lead can be calculated by dividing the mass of lead (350g) by its volume (30.7 cm³). The density of lead is approximately 11.4 g/cm³.

The density of a substance is defined as its mass per unit volume. To find the density of lead, we divide the mass of lead by its volume.

Given that the mass of lead is 350g and the volume is 30.7 cm³, we can calculate the density as follows:

Density = Mass / Volume

Density = 350g / 30.7 cm³

Using a calculator, we find:

Density ≈ 11.4 g/cm³

Therefore, the density of lead is approximately 11.4 grams per cubic centimeter (g/cm³). This means that for every cubic centimeter of lead, it has a mass of approximately 11.4 grams.

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Step-by-step explanation:

So the measure of angle O is 360°- 230°

<O= 360°- 230°

= 130°

And to get <X it is intrusive angle is the half of suspended arc.

< X = 230°/ 2

< X = 115°

Answer: x=1115

Step-by-step explanation:

Answer: 3.9

Step-by-step explanation:

She should have 4 grades that average to 3.0

2.1

2.9

3.1

x        let's call last number x

Average = (2.1 +2.9 +3.1 +x) / 4              >She wants 3.0 so Average =3.0

3.0 = (2.1 +2.9 +3.1 +x) / 4                        >Multiply both sides by 3

12. 0  =  (2.1 +2.9 +3.1 +x)                         >combine like terms

12.0 = 8.1 +x                                              >Subtract 8.1 from both sides

x = 3.9

She needs a 3.9 for the 4th quarter to have a 3.0 average

Answer: 3.9

Step-by-step explanation:

(2.1 + 2.9 + 3.1) / 3=2.7

(3.0 x 4 quarters)

(2.7 x 3 quarters)

(8.2 + x) / 4 = 3.0

Solving for x:

8.1 + x = 12

x = 3.9

Therefore, Melissa needs to earn a grade point average of 3.9 in the fourth quarter to raise her cumulative grade point average to 3.0

Let r be a partial order on set S, and let t be a subset of S. If a and a' are both elements of t, where a is the greatest element and a' is a maximal element, then it can be proven that a = a'.

To prove that a = a', we consider the definitions of greatest and maximal elements. The greatest element in a set is an element that is greater than or equal to all other elements in that set. A maximal element, on the other hand, is an element that is not smaller than any other element in the set, but there may exist other elements that are incomparable to it.

Given that a is the greatest element in t and a' is a maximal element in t, we can conclude that a' is not smaller than any other element in t. Since a is the greatest element, it is greater than or equal to all elements in t, including a'. Therefore, a is not smaller than a'.

Now, to prove that a' is not greater than a, suppose by contradiction that a' is greater than a. Since a' is not smaller than any other element in t, this would imply that a is smaller than a'. However, since a is the greatest element in t, it cannot be smaller than any other element, including a'. This contradicts our assumption that a' is greater than a.

Hence, we have shown that a is not smaller than a' and a' is not greater than a, which implies that a = a'. Therefore, if a is the greatest element and a' is a maximal element in t, then a = a'.

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To test the claim that IQ scores of subjects with medium lead levels vary more than IQ scores of subjects with high lead levels, we can use the F-test for comparing variances.

The appropriate null and alternative hypotheses for this test are:

H0: σ1^2 = σ2^2 (The variances of the two populations are equal)

H1: σ1^2 > σ2^2 (The variance of the population with medium lead levels is greater than the variance of the population with high lead levels)

The test statistic for this test is the F-statistic, which is calculated as the ratio of the sample variances:

F = s1^2 / s2^2

where s1^2 is the sample variance of the group with medium lead levels and s2^2 is the sample variance of the group with high lead levels.

To determine the critical value and make a decision about the null hypothesis, we would compare the calculated F-statistic to the critical value from the F-distribution table at a significance level of 0.01. If the calculated F-statistic is greater than the critical value, we would reject the null hypothesis in favor of the alternative hypothesis.

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According  to he solving  the selling price of the personal computer, if the businesswoman incurred a loss of 5%, would be $102,600

(a) Calculation of the selling price of the personal computer for 25% profit:

As per the given question, a businesswoman bought a personal computer for $108,000. Now, she wants to sell it to make a profit of 25%.

Thus, the selling price of the personal computer would be equal to the cost price of the computer plus the 25% profit.Using the formula of cost price, we can calculate the selling price of the computer as follows:

Selling Price = Cost Price + Profit

Since the profit required is 25%, we can represent it in decimal form as 0.25.

Therefore, Selling Price = Cost Price + 0.25 × Cost Price

= Cost Price (1 + 0.25)

= Cost Price × 1.25

= $108,000 × 1.25

= $135,000

Therefore, the selling price of the personal computer, if the businesswoman wants to make a profit of 25%, would be $135,000.

(b) Calculation of the selling price of the personal computer if the businesswoman incurred a loss of 5%:Now, let's suppose that during the transportation of the personal computer to the customer, it was damaged, and the businesswoman incurred a loss of 5%.

Therefore, the selling price of the personal computer would be equal to the cost price of the computer minus the 5% loss.As per the given question, the cost of the personal computer is $108,000.

Using the formula of cost price, we can calculate the selling price of the computer as follows:

Selling Price = Cost Price - Loss

Since the loss incurred is 5%, we can represent it in decimal form as 0.05.

Therefore, Selling Price = Cost Price - 0.05 × Cost Price

= Cost Price (1 - 0.05)

= Cost Price × 0.95

= $108,000 × 0.95

= $102,600

Therefore, the selling price of the personal computer, if the businesswoman incurred a loss of 5%, would be $102,600

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There are 462 feasible solutions for this all-binary transshipment problem.

To determine the number of feasible solutions for the all-binary transshipment problem with 6 variables and 5 constraints, we can use the formula:
C = (n + m)! / (n! * m!)

where n is the number of variables, m is the number of constraints, and C is the number of feasible solutions.

In this case, we have n = 6 and m = 5, so:
C = (6 + 5)! / (6! * 5!)
C = 11! / (6! * 5!)
C = (11 * 10 * 9 * 8 * 7) / (5 * 4 * 3 * 2 * 1)
C = 11 * 2 * 3 * 7
C = 462

Therefore, there are 462 feasible solutions for this all-binary transshipment problem.

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The view factor from the inner surface of the outer sphere (Sphere B) to its own surface is 9/4.

In this case, we have two concentric spheres with diameters of 12 cm and 18 cm. Let's denote the inner sphere as Sphere A and the outer sphere as Sphere B.

The view factor from the inner surface of Sphere B to its own surface (F_AB) can be calculated using the formula:

F_AB = (A_AB) / (A_A)

where A_AB is the area of the surface on Sphere B that can "see" the inner surface of Sphere B, and A_A is the total surface area of Sphere A.

In this case, since the spheres are concentric, the view factor from the inner surface of Sphere B to its own surface is simply the ratio of the surface area of Sphere B that faces the inner surface of Sphere B to the total surface area of Sphere A.

The surface area of Sphere B that faces the inner surface of Sphere B is the same as the surface area of Sphere B itself, which is given by:

A_AB = 4πr_B²

where r_B is the radius of Sphere B (which is half of its diameter).

The total surface area of Sphere A is given by:

A_A = 4πr_A²

where r_A is the radius of Sphere A (which is half of its diameter).

Let's calculate the view factor (F_AB):

Radius of Sphere B (r_B) = 9 cm (since the diameter is 18 cm)

Radius of Sphere A (r_A) = 6 cm (since the diameter is 12 cm)

A_AB = 4π(9²) = 324π

A_A = 4π(6²) = 144π

F_AB = A_AB / A_A

= (324π) / (144π)

= 9/4

Therefore, the view factor from the inner surface of the outer sphere (Sphere B) to its own surface is 9/4.

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The value of the integral by reversing the order of integration is (81/4)(96e^(12) - 1).

We need to evaluate the integral of 3y over the region R bounded by x=0, x=3, y=27, and y=6e^(4x) by reversing the order of integration.

To reverse the order of integration, we first draw the region of integration, which is a rectangle. Then, we integrate with respect to x first. For each value of x, the limits of integration for y are from 27 to 6e^(4x). Thus, we have:

∫(0 to 3) ∫(27 to 6e^(4x)) 3y dy dx = ∫(27 to 6e^(12)) ∫(0 to ln(y/6)/4) 3y dx dy

To find the new limits of integration for x, we solve y=6e^(4x) for x to get x=ln(y/6)/4. The limits of integration for y are still from 27 to 6e^(12).

Now, we can evaluate the integral using the reversed order of integration:

∫(27 to 6e^(12)) (∫(0 to ln(y/6)/4) 3y dx) dy = ∫(27 to 6e^(12)) (3y/4 ln(y/6)) dy

Integrating this expression gives:

(3/4)(y ln(y/6) - (9/4)y) from y=27 to y=6e^(12) = (81/4)(96e^(12) - 1)

Therefore, the value of the integral by reversing the order of integration is (81/4)(96e^(12) - 1).

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Yes, Atong will be able to form a square pyramid out of the net that his brother made.

A geometric net is a two-dimensional representation of a three-dimensional shape that can be folded to create the shape. In the case of a square pyramid, the net consists of four triangles and a square base.

To form a square pyramid, the triangles need to be folded along their edges and connected to create the four sides of the pyramid, with the square base closing the bottom.

Since the net provided by Atong's brother consists of four triangles, it aligns with the requirements for constructing a square pyramid. Each triangle represents one of the four sides of the pyramid. By folding along the edges of the triangles and connecting them, Atong will be able to form the desired square pyramid shape.

It is important to ensure that the dimensions of the triangles and the square base match and align correctly when folding the net. If the measurements are accurate and the edges are properly connected, Atong will successfully create a square pyramid.

Therefore, based on the information provided, Atong will be able to form the square pyramid using the net that his brother made, as the net contains the necessary components to construct the desired shape.

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The extra amount Cynthia will have to pay in finance charges (interest) due to the increase in her APR is $761.48.
In summary, Cynthia will have to pay an additional $761.48 in finance charges because of the increase in her APR.

To calculate the extra finance charges, we need to compare the finance charges under the original APR and the new APR.
Under the original APR of 17%, Cynthia's monthly interest rate would be (17%/12) = 1.42%. With a balance of $3,265 and a repayment period of 24 months, the total finance charges would be ($3,265 * 1.42% * 24) = $1,169.47.
After missing a payment, Cynthia's APR increases to 21%. The new monthly interest rate would be (21%/12) = 1.75%. Using the same balance and repayment period, the total finance charges under the new APR would be ($3,265 * 1.75% * 24) = $1,930.95.
The difference in finance charges between the two APRs is ($1,930.95 - $1,169.47) = $761.48. Therefore, Cynthia will have to pay an additional $761.48 in finance charges due to the increase in her APR.
Thus, the correct answer is d. $761.48.

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Using Euler's method with a step size of 0.5, we can approximate the y-values of the solution to the initial-value problem y′ = y - 2x, with y(1) = ?.

Euler's method is a numerical technique used to approximate solutions to ordinary differential equations (ODEs). In this case, we have the ODE y′ = y - 2x, where y is the dependent variable and x is the independent variable. We are also given the initial condition y(1) = ?, which specifies the value of y at x = 1.

To apply Euler's method, we start by choosing a step size, h, which determines the interval between each successive approximation. In this case, the step size is 0.5. We begin by computing y1, the approximation of y at x = 1. We use the initial condition to find the initial slope, y′(1), which is equal to y(1) - 2(1). We then multiply this slope by the step size and add it to the initial y-value to obtain y1.

To compute the subsequent approximations, we repeat the process. For y2, we use the slope at x = 1.5 and the previous approximation y1 to find the new approximation. Similarly, we continue this process to find y3 and y4.

It's important to note that Euler's method provides an approximation and the accuracy of the results depends on the step size chosen. Smaller step sizes generally yield more accurate results but require more computational effort.

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Some examples of data sets that could be best displayed on a dot plot are:Age of students in a class,Height of flowers in a garden,Weights of apples in a basket,Time taken to solve a math problem.

A dot plot is a diagram that represents data as points on a number line. The height of the dot above the line indicates how many data values are found at that point. Dot plots are useful for showing patterns and outliers in data. They are particularly useful for small data sets or for showing subsets of larger data sets.

Based on the values of each point, a dot plot visually groups the number of data points in a data set. Similar to a histogram or probability distribution function, this provides a visual representation of the data distribution. Dot plots make it possible to quickly visualise the data's central tendency, dispersion, skewness, and modality.

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Julia is conducting an experiment to observe the effect of oxygen levels on the growth of yeast colonies. To do this, she grows the same yeast colonies in 20 test tubes and splits them into two groups: Group A with a normal oxygen level and Group B with double the normal oxygen level.

In an experiment, the control group is the group that is kept under normal or standard conditions, and the experimental group is the group that is exposed to the variable being tested. In this case, Group A is kept under normal conditions, and Group B is exposed to the variable (double the normal oxygen level).

Therefore, the best description of the groups would be: Group A is the control and Group B is the experimental group. This is because the control group is used as a baseline to compare the results with the experimental group.

In summary, Group A is used as a standard or control group, while Group B is used as an experimental group to test the effect of the variable (double the normal oxygen level) on the growth of yeast colonies.

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The correct answer is "formulate H0 and H1." This comparison helps determine whether there is sufficient evidence to reject the null hypothesis and support the alternative hypothesis.

When testing a hypothesis, the first step is to clearly define the null hypothesis (H0) and the alternative hypothesis (H1). The null hypothesis represents the assumption of no effect or no difference, while the alternative hypothesis represents the hypothesis you are trying to support, which typically suggests the presence of an effect or a difference.

After formulating the hypotheses, the subsequent steps in hypothesis testing are as follows:

Collect data and calculate test statistics: Gather relevant data through observations, experiments, or surveys. Then, analyze the data and calculate the appropriate test statistic based on the nature of the hypothesis being tested. The test statistic depends on the specific hypothesis test being used.

Select an appropriate test: Choose a statistical test that is most suitable for the type of data and the research question at hand. The selection of the test depends on factors such as the nature of the data (continuous or categorical), the number of groups being compared, and the assumptions associated with the test.

Choose the level of significance: Determine the desired level of significance (alpha level) for the hypothesis test. The level of significance represents the maximum probability of incorrectly rejecting the null hypothesis. Commonly used alpha levels are 0.05 (5%) or 0.01 (1%), but it can vary depending on the context and the consequences of making Type I errors.

After completing these steps, further analysis involves comparing the calculated test statistic to the critical value or p-value associated with the chosen level of significance. This comparison helps determine whether there is sufficient evidence to reject the null hypothesis and support the alternative hypothesis.

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Main Answer:The area of the right triangle is:4.5

Supporting Question and Answer:

How can we find the slope of the tangent line to a curve at a given point?

To find the slope of the tangent line to a curve at a given point, we can calculate the derivative of the function representing the curve and evaluate it at the x-coordinate of the given point. The resulting value will give us the slope of the tangent line at that point.

Body of the Solution:To find the area of the right triangle formed by the tangent line and the coordinate axes, we need to determine the length of the legs of the triangle.

Given that the tangent line is drawn to the graph of y = 4x/(1 + x^3) at the point (1, 2), we can find the slope of the tangent line at that point by taking the derivative of the function y with respect to x and evaluating it at x = 1.

Let's calculate the derivative:

dy/dx = [(1 + x^3)(d/dx)(4x) - 4x(d/dx)(1 + x^3)] / (1 + x^3)^2

= (4 + 4x^3 - 12x^3) / (1 + x^3)^2

Evaluating the derivative at x = 1:

dy/dx = (4 + 4(1)^3 - 12(1)^3) / (1 + (1)^3)^2

= (4 + 4 - 12) / (1 + 1)^2

=-4/4

=-1

Therefore, the slope of the tangent line at the point (1, 2) is -1.

Now, we can find the equation of the tangent line using the point-slope form, y - y1 = m(x - x1), where (x1, y1) is the given point and m is the slope.

Plugging in (x1, y1) = (1, 2) and m = -1:

y - 2 = (-1)(x - 1)

y - 2 = -x +1

y = -x + 3

To find the points where this line intersects the coordinate axes, we set y or x to zero:

For y-axis (x = 0):

0 = -x + 3

x = 3

For x-axis (y = 0):

y = -0+3

Y=3

We have three points: (0, 3), (3, 0), and (1, 2), which form a right triangle.

The lengths of the legs of the right triangle can be calculated using the distance formula. Let's calculate the lengths:

Length of the vertical leg = distance between (0, 3) and (0, 0) = |3 - 0| = 3 Length of the horizontal leg = distance between (3, 0) and (0, 0)

= |3 - 0| = 3

Now, we can calculate the area of the right triangle using the formula: Area = (1/2) * base * height.

Area = (1/2) * (3) * (3)

=9/2=4.5

Hence, the area of the right triangle formed by the tangent line and the coordinate axes is 4.5.

Final Answer:Therefore, the area of the right triangle formed by the tangent line and the coordinate axes is 4.5.

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The area of the right triangle is : 4.5

To find the slope of the tangent line to a curve at a given point, we can calculate the derivative of the function representing the curve and evaluate it at the x-coordinate of the given point. The resulting value will give us the slope of the tangent line at that point.

To find the area of the right triangle formed by the tangent line and the coordinate axes, we need to determine the length of the legs of the triangle.

Given that the tangent line is drawn to the graph of y = 4x/(1 + x^3) at the point (1, 2), we can find the slope of the tangent line at that point by taking the derivative of the function y with respect to x and evaluating it at x = 1.

Let's calculate the derivative:

dy/dx = [(1 + x^3)(d/dx)(4x) - 4x(d/dx)(1 + x^3)] / (1 + x^3)^2

= (4 + 4x^3 - 12x^3) / (1 + x^3)^2

Evaluating the derivative at x = 1:

dy/dx = (4 + 4(1)^3 - 12(1)^3) / (1 + (1)^3)^2

= (4 + 4 - 12) / (1 + 1)^2

=-4/4

=-1

Therefore, the slope of the tangent line at the point (1, 2) is -1.

Now, we can find the equation of the tangent line using the point-slope form, y - y1 = m(x - x1), where (x1, y1) is the given point and m is the slope.

Plugging in (x1, y1) = (1, 2) and m = -1:

y - 2 = (-1)(x - 1)

y - 2 = -x +1

y = -x + 3

To find the points where this line intersects the coordinate axes, we set y or x to zero:

For y-axis (x = 0):

0 = -x + 3

x = 3

For x-axis (y = 0):

y = -0+3

Y=3

We have three points: (0, 3), (3, 0), and (1, 2), which form a right triangle.

The lengths of the legs of the right triangle can be calculated using the distance formula. Let's calculate the lengths:

Length of the vertical leg = distance between (0, 3) and (0, 0) = |3 - 0| = 3 Length of the horizontal leg = distance between (3, 0) and (0, 0)

= |3 - 0| = 3

Now, we can calculate the area of the right triangle using the formula: Area = (1/2) * base * height.

Area = (1/2) * (3) * (3)

=9/2=4.5

Hence, the area of the right triangle formed by the tangent line and the coordinate axes is 4.5.

Therefore, the area of the right triangle formed by the tangent line and the coordinate axes is 4.5.

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The area of the trapezium is 160 + 5b/2 square meters.

Given data:

The sum of the parallel sides of a trapezium-shaped field is 32 m.

Distance between the two parallel sides is 10 m.

To find: The area of the trapezium

Formula: Area of a trapezium is given by the formula,

A = 1/2 (a+b)h,

Where, a and b are the length of parallel sides,

h is the perpendicular distance between two parallel sides.

Calculation:

Given that the sum of parallel sides is 32 m, a+b = 32 (Equation 1)

And, distance between two parallel sides is 10 m, h = 10 m.

Now, we can calculate the length of one of the parallel sides.

Substituting the value of a from equation (1) in the above formula we get,

32-b/2 × 10 = A

Which gives, 160 - b/2 = A

Thus, we get the area of the trapezium by putting the values in the formula,

A = 1/2 (a+b)h

A = 1/2 (32+b)×10

A = 160 + 5b/2

So, the area of the trapezium is 160 + 5b/2 square meters.

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Answer: b

Step-by-step explanation:

took the test

Answer:

  D.  1/6

Step-by-step explanation:

You want the area enclosed by the graph of y = x(1 -x) and the x-axis.

The area is the integral of the function value over the interval in which it is non-negative.

The zeros are at x=0 and x=1, so those are the limits of integration.

  [tex]\displaystyle \int_0^1{(x-x^2)}\,dx=\left[\dfrac{x^2}{2}-\dfrac{x^3}{3}\right]_0^1=\dfrac{1}{2}-\dfrac{1}{3}=\dfrac{1}{6}[/tex]

The enclosed area is 1/6 square units.

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To represent "p plus twice d," we use the expression "p + 2d." (option c)

To represent "p plus twice d" as an algebraic expression, we need to break it down into mathematical terms.

The variable "p" represents a certain value, and the variable "d" represents another value. When we say "p plus twice d," we are adding the value of "p" to two times the value of "d." Mathematically, we can represent "twice d" as 2d.

Therefore, the algebraic expression "p plus twice d" can be written as "p + 2d." This expression accurately represents the addition of the values of "p" and "twice d."

So, when p equals 5 and d equals 3, the expression "p plus twice d" evaluates to 11.

C. P + 2d: This expression represents the correct algebraic expression for "p plus twice d."

Therefore, the correct algebraic expression for "p plus twice d" is option C: P + 2d.

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The equation of this circle in standard form is (x + 1)² + (y - 3)² = 4².

In Mathematics and Geometry, the standard form of the equation of a circle is modeled by this mathematical equation;

(x - h)² + (y - k)² = r²

Where:

Based on the information provided in the graph above, we have the following parameters for the equation of this circle:

Center (h, k) = (-1, 1)

Radius (r) = 4 units.

By substituting the given parameters, we have:

(x - h)² + (y - k)² = r²

(x - (-1))² + (y - 3)² = 4²

(x + 1)² + (y - 3)² = 4²

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Complete Question:

Find the equation of this circle in standard form.

The expressions (-5/9) + 7/21 and 7/21 + (-5/9) are equivalent by the commutative property of addition

From the question, we have the following parameters that can be used in our computation:

(-5/9)+7/21=7/21+(-5/9)

Express properly

So, we have

(-5/9) + 7/21 = 7/21 + (-5/9)

The commutative property of addition states that

a + b = b + a

In this case, we have

a = -5/9

b = 7/21

Using the above as a guide, we have the following conclusion

This means that the expressions are equivalent by the commutative property of addition

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Volume of the triangular prism is = [tex]60cm^3[/tex]

We have the information from the question:

A triangular prism has a base area is : [tex]12cm^2[/tex]

A triangular prism has height is 5 cm

We have to find the volume of the triangular prism.

We know that :

The formula of volume of the triangular prism:

Volume of the triangular prism is =  [tex]A_b.h[/tex]

Volume of the triangular prism = 12 × 5

Volume of the triangular prism = [tex]60cm^3[/tex]

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A square has sides of equal lengths and four right angles while a circle is a geometric shape that has a curved line circumference and radius and are measured in degrees.

The area of a square is found by multiplying the length by the width.

The area of a circle, on the other hand, is found by multiplying π (3.14) by the radius squared.

To find out whether the area of a square with a side length of 2 inches is greater than or less than the area of a circle with a radius of 1.2 inches, we must first calculate the areas of both figures.

Using the formula for the area of a square we get:

Area of a square = side length × side length

Area of a square,

= 2 × 2

= 4 square inches.

Now let's calculate the area of a circle with radius of 1.2 inches, using the formula:

Area of a circle = π × radius squared

Area of a circle,

= 3.14 × (1.2)²

= 4.523 square inches

Since the area of the circle (4.523 square inches) is greater than the area of the square (4 square inches), we can say that the area of the square with a side length of 2 inches is less than the area of a circle with a radius of 1.2 inches.

Therefore, the answer is less than (the area of a circle with radius 1.2 inches).

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Given,Two angles of a quadrilateral measures 260 and 30.The other two angles are in a ratio of 3:4.

Let the measures of other two angles be 3x and 4x (in degrees).Since the sum of all angles in a quadrilateral is 360°, we can write the equation as follows;

Sum of all the angles of the quadrilateral = 260 + 30 + 3x + 4x =360

= 290 + 7x = 360

= 70x = 10°

= x = 7°

Now, measure of other two angles = 3x and 4x = 3(10°) and 4(10°)= 30° and 40°

Hence, the measures of those two angles are 30° and 40°.

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