4. Theresa wants new carpeting for her family room. Her family room is a 12 ft by 21 ft rectangle. How much carpeting does she need to buy to cover her entire family room?

Step-by-step explanation:

False, it is 3 units to the left

For any function,

[tex]f(x)[/tex]

the function transformation of

[tex]f(x - h)[/tex]

implies a transformation h units to the left

If h is the positive, this implies a transformation to the right

If h is negative, this implies a transformation to the left.

Here's since

[tex](x + 3[/tex]

can be written as

[tex](x - ( - 3))[/tex]

Our h is negative, therefore we move 3 units to the left

Option C is correct. To get system B, the second equation in system A was replaced by the sum of that equation and the first equation multiplied by -3. The solution to system B will be the same as the solution to system A.

What is equations ?

An equation is a mathematical statement that shows the equality of two expressions. It usually contains one or more variables and is solved to find the value of the variable(s) that make the equation true. Equations are used extensively in mathematics, physics, engineering, and many other fields to describe relationships between quantities and to solve problems.

The given system of equations is:

System A:

x + y = 5

3x - 2y = -35

And the solution to this system is (-7, 2).

To obtain System B, we need to manipulate the equations in System A. Let's start by isolating y in the first equation:

y = 5 - x

Now we can substitute this expression for y into the second equation and simplify:

3x - 2(5 - x) = -35

3x - 10 + 2x = -35

5x = -25

x = -5

Now that we have x = -5, we can substitute it back into either of the original equations to solve for y:

x + y = 5

-5 + y = 5

y = 10

So the solution to System B is (-5, 10).

Comparing the two solutions, we see that they are not the same. Therefore, the correct answer is A. To get System B, the second equation in System A was replaced by the sum of that equation and the first equation multiplied by 3. The solution to System B will not be the same as the solution to System A.

Therefore, Option C is correct. To get system B, the second equation in system A was replaced by the sum of that equation and the first equation multiplied by -3. The solution to system B will be the same as the solution to system A.

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Answer:  this equals 100

Step-by-step explanation:

I you place the 37 foot ladder against the top of the 15 foot building, it will reach a height of 52 feet.

If you place a 37 foot ladder against the top of a 15 foot building, then the ladder will reach a height of 52 feet (37+15=52). To calculate this, you can use the formula for addition, which is x + y = z, where x is the height of the building, y is the height of the ladder, and z is the total height the ladder will reach. In this case, x = 15 and y = 37, so the total height the ladder will reach will be z = 15 + 37 = 52. This means that if you place the 37 foot ladder against the top of the 15 foot building, it will reach a height of 52 feet.

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As a result, the Moon orbits the Earth roughly 2.8 billion times while the Sun revolves once around the Milky Way's nucleus.

One cycle of the Sun around the Milky Way's nucleus is thought to take between 225 and 250 million years to complete. The synodic month, or the length of time it takes the Moon to complete one orbit of the Earth, lasts roughly 29.5 days.

We must divide the total time of one orbit of the Sun around the Milky Way by the amount of time it takes for the Moon to orbit the Earth once in order to determine how many times the Moon orbits the Earth during one orbit of the Sun around the Milky Way's centre.

The result is (Total time for one orbit of the Sun around the centre of the Milky Way)/(Time for one orbit of the Moon around the Earth) = (225 million years x 365.25 days per year)/(29.5 days per orbit of the Moon) = around 2.8 billion orbits of the Moon around the Earth.

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The actual width of the real igloo is 14 feet.

A ratio scale is simply a quantitative scale where there is a true zero and equal intervals between neighboring points.

The given scale tells us that 1 inch on the model igloo represents 2 feet on the real igloo.

If the scale of the model igloo is 1 inch to 2 feet, then we can use this ratio to convert the width of the model igloo (7 inches) to the width of the real igloo:

= 7 inches × 2 feet/inch

= 14 feet

Therefore, the width is 14 feet

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1. The sequence is an arithmetic sequence with a common difference of d = -200.

2. The sequence is not an arithmetic sequence.

An arithmetic sequence is a sequence of values in which the difference between consecutive terms is constant and is called common difference d.

For item 1, each term is the previous term subtracted by 200, hence the sequence is in fact an arithmetic sequence with a common difference of -200.

For item 2, the difference between consecutive terms is difference, hence the sequence is not an arithmetic sequence.

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Thus, to the closest dollar, the total sales revenue included in the master budget for September was as follows: master budget sales income = $11.71 multiplied by 40,000 Sales master budget.

Let's first get the precise variable cost per unit:

Real variable cost is $7.43 per unit.

Let's next determine the revenue from the flexible budget:

$400 000 in flexible budget revenue

Let's now determine the actual sales revenue:

$383,000 was the actual sales revenue.

Let's figure out the overall variance for the flexible budget:

Overall variance for the flexible budget is $17,000.

Given that the flexible-budget variance is unfavourable (U), we can infer that actual revenue was lower than anticipated.

a... a.. a.. a.. a

Variance in sales volume is 40,000 x ($9.58 - $10.00 + $7.43)

Variance in sales volume = 40,000 x $6.01

Variance in sales volume = $240,400

Let's figure out the overall flexible-budget variation for variable costs:

Variance in the flexible budget for all variable costs is $-106,800.

Let's now determine the precise number of units sold using the sales volume variance.

The budgeted amount of units sold that were sold:

With the actual number of units sold compared to the projected amount (34,132.94), we can determine the budgeted price per unit as follows:

$11.71 is the planned price per unit (rounded to nearest cent)

Thus, to the closest dollar, the total sales revenue included in the master budget for September was as follows:

master budget sales income = $11.71 multiplied by 40,000

Sales master budget

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Answer: So pretty much what you do is you put a dot on the positive 3 then move over one and put another on the 7 and you just keep doing that with all of them

Step-by-step explanation:

The function for the value of the account after t years is:[tex]\rm V(t) = 4700 \times e^{(0.068t)[/tex].

The percentage growth per year (APY) is 7.03%.

The formula for the value of an account with continuous compounding is given by:

                                              [tex]\rm V = Pe^{(rt)[/tex]

where:

V is the value of the account after t years

P is the initial principal amount invested (in this case, $4,700)

e is the mathematical constant (approximately equal to 2.71828)

r is the annual interest rate expressed as a decimal (in this case, 0.068)

t is the time period in years.

Therefore, the function for the value of the account after t years is:

[tex]\rm V(t) = 4700 \times e^{(0.068t)[/tex]

To find the annual percentage yield (APY), we use the formula:

[tex]APY = 100 \times (e^r - 1)[/tex]                        

where r is the annual interest rate expressed as a decimal (in this case, 0.068).

[tex]APY = 100 \times (e^{0.068} - 1)[/tex]

= 7.03%

Therefore, the percentage growth per year (APY) is 7.03%.

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The distance the plane traveled from point A with measures an angle of elevation of 16°, to point B with measures an angle of elevation of 28°, is equals to the 11,728.6feet.

Jaya spots an airplane on radar that is currently approaching in a straight line start from point O in above figure, and that will fly directly overhead.

Altitude that plane maintain,h = 7300 feet

Initially, measure an angle of elevation to the plane at point A = 16°

Measure an angle of elevation to the plane at point B = 28°

Now, Let the distance between point A and point B be equal to 'x feet' and distance between point B and point C ( base) be equal to 'y feet'. So, distance between point A to point C = (x + y ) feet. We have to calculate the distance the plane traveled from point A to point B, i.e., x feet. See the above figure carefully, we see in right angled triangle BOC, tan 28° = 7300/y --(1)

In right angled triangle AOC,

tan 16° = 7300/(x + y) --(2)

Cross multiplication in equation (2)

=> tan 16° ( x + y ) = 7300

=> x + y = 7300/tan 16° --(3)

from equation (1), y = 7300/tan 28°

=> y = 7300/0.5317 = 13,729.55

so, x = 7300/tan 16° - y = 7300/0.287 - 13,729.55

= 25,458.12 - 13,729.55

= 11,728.58 ~ 11,728.6

Hence, required distance is 11,728.6feet.

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The slope of the linear function that represents the cost of plan B is $0.17.

In Mathematics, the slope of any straight line can be determined by using this mathematical equation;

Slope (m) = (Change in y-axis, Δy)/(Change in x-axis, Δx)

Slope (m) = rise/run

Slope (m) = (y₂ - y₁)/(x₂ - x₁)

Since Plan B has the same monthly base charge as plan A, we can logically deduce that the data points (0, 14.45) and (45, 22.10) lie on the linear function.

Substituting the given data points into the slope formula, we have the following;

Slope (m) = (22.10 - 14.45)/(45 - 0)

Slope (m) = $0.17

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Complete Question:

Raj is deciding between two cell phone plans, A and B, which are both linear functions. The monthly charge for plan A according to the number of minutes used is shown in the table. Monthly Charge for Plan A Minutes used, x Monthly charge ($), y 0 14.45 3 14.84 6 15.23 9 15.62 12 16.01 Plan B has the same monthly base charge as plan A, but it charges a different amount per minute used. If the total monthly charge for plan B is $22.10 when 45 minutes are used, what is the slope of the linear function that represents the cost of plan B?

Lorie should deposit $6,986.05 today at 5.25% to have enough money to pay off the loan in 7 months.

To determine the amount that Lorie should deposit today to have enough money to pay off the loan.

We use the simple interest formula for accrued amount.

A = P( 1 + rt )

Where A is total amount, P is initial amount, r is interest rate and t is elapsed time.

Given that;

First, converting R percent to r a decimal

r = R/100

r = 5.25/100

r = 0.0525

Next, we put time into years for simplicity,

t = 7 months / 12 months

t = 7/12 year

Plug the values into the above formula.

A = P( 1 + rt )

P = A / ( 1 + rt )

P = $7,200 / ( 1 + ( 0.0525 × 7/12 ) )

P = $7,200 / ( 1 + 0.030625 )

P = $7,200 /  1.030625

P = $6,986.05

Therefore, the principal or initial amount is $6,986.05.

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The amount she should deposit today to have enough money to pay off the loan would be = $1,060

The cost of the small car that Lorie Reilly needs to buy for college = $7,200.(P)

The number of months that she plans to repay the money = 7 months = 0.58 yr.(T)

The rate at which the money needs to be deposited = 5.25%. (R)

The simple interest = Principal× Time × Rate /100

Simple interest = 7200× 0.58 × 5.25/100

= 21924/100

= $219.24

The amount she is expected to pay after 7 months = 7200+219.24 = 7419.24

The amount she should deposit today to have enough money to pay off the loan = 7419.24/7 = $1,060( approximately)

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The expοnential functiοn fοr the given table is y = 5(2)ˣ.

A functiοn is  relatiοn between  set οf inputs (called  dοmain) and  set οf οutputs (called  range), where each input is assοciated with exactly οne οutput. A functiοn is usually denοted by  symbοl like  f, and is written as f(x), where x is element οf dοmain.

we can use the general fοrm οf an expοnential functiοn, which is:

y = abˣ

where a and b are cοnstants that we need tο determine.

Using the given values οf x and y in the table, we can fοrm fοur equatiοns as fοllοws:

2.5 = ab⁽⁻¹⁾

5 = ab⁰

10 = ab¹

20 = ab²

Dividing the secοnd equatiοn by the first equatiοn, we get:

5/2.5 = (ab⁰)/(ab⁽⁻¹⁾ )

2 = b

Substituting this value οf b in the οther equatiοns, we get:

2.5 = a(2)⁽⁻¹⁾

a = 5

10 = 5(2)¹

10 = 10

20 = 5(2)²

20 = 20

Therefοre, the expοnential functiοn fοr the given table is:

y = 5(2)ˣ.

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Answer: To find the image of point L(-4,3) after a dilation with a scale factor of 3 and center at the origin, we need to multiply the coordinates of point L by the scale factor.

The formula for dilation is:

(x', y') = (kx, ky)

where (x, y) are the original coordinates, (x', y') are the coordinates of the image, and k is the scale factor.

In this case, k = 3 and the coordinates of point L are (-4, 3).

So,

x' = kx = 3(-4) = -12

y' = ky = 3(3) = 9

Therefore, the image of point L(-4, 3) after the dilation with a scale factor of 3 and center at the origin is (-12, 9).

Step-by-step explanation:

Therefore , the solution of the given problem of unitary method comes out to be in June 2022, the total amount due to the finance, exclusive of the insurance, was roughly $47,259.52.

The task can be completed by multiplying the data gathered using this type of nanosection along with two variable individuals who utilized the unilateral strategy. In essence, this signifies that perhaps the designated entity is defined or the colour of both mass production is skipped whenever a wanted item occurs. For forty pens, a variable charge of Inr ($1.01) could have been required.

Here,

1.1. The statement omits details about the truck's loan term. Therefore, without more details, we are unable to respond to this query.

1.2. Assume that the truck's loan period is n years and that the contractor borrowed P dollars at an annual interest rate of r to buy the water tanker.

M is calculated as (r * P * (1 + r)n) / ((1 + r)n - 1)

5 years + 60 months Equals n

r = 5% / 12 = 0.004166667 (weekly interest rate) (monthly interest rate)

P = $100,000

=> M = (0.004166667 * $100,000 * (1 + 0.004166667)^60) / ((1 + 0.004166667)^60 - 1)

≈> $1,870.24

As a result, the total monthly payments made for the water tanker, including the insurance protection, came to about $1,870.24.

1.3

(Total Amount Borrowed - Amount Paid) / 2

=>  ($100,000 - $1,870.24 * 6) / 2 = $47,259.52 is the sum that is owed.

Therefore, in June 2022, the total amount due to the finance, exclusive of the insurance, was roughly $47,259.52.

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The relationship between the number of times Trevor turns the crank, x, and the height the box has been lifted, y, is a linear equation y = (3/5)x.

What is a linear equation?

A linear equation is an algebraic equation in which each term is either a constant or a product of a constant and a variable raised to the first power (i.e., the variable is not squared or cubed). The general form of a linear equation with one variable, x, is:

ax + b = 0

Now,

We are given that there is a proportional relationship between the number of times Trevor turns the crank, x, and the height the box has been lifted, y. Let k = constant of proportionality.

Then, we can write the equation as:

y = kx

We also know that Trevor turns the crank 5 times to lift a box 3 feet.

Now

3 = k(5)

Solving for k, we get:

k = 3/5

Substituting this value of k in the equation, we get:

y = (3/5)x

Therefore, the equation for the relationship between the number of times Trevor turns the crank, x, and the height the box has been lifted, y, is y = (3/5)x.

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Answer:  the answer is that you will have $3630 in the account at the beginning of the 7th year.

Step-by-step explanation:

I = Prt

Using this formula:

I = Prt

I = 3000 x 0.035 x 6

I = $630

Therefore, the total amount in the account at the beginning of the 7th year will be

Total = Principal + Interest

Total = $3000 + $630

Total = $3630

If sequence 23,19,15, the nth term of the sequence 23, 19, 15 is given by the formula aₙ = 23 - 4(n-1).

To find the explicit formula for the nth term of the sequence 23, 19, 15, we need to look for a pattern in the sequence. We can observe that each term in the sequence is obtained by subtracting 4 from the previous term. Therefore, we can write the recursive formula for this sequence as:

a₁ = 23

aₙ = aₙ-1 - 4, for n ≥ 2

To find the explicit formula, we need to use the recursive formula to eliminate the dependence on the previous term. We can do this by repeatedly substituting the recursive formula into itself, until we get an expression for an in terms of a1:

a₂ = a1 - 4 = 23 - 4 = 19

a₃ = a₂ - 4 = (a₁ - 4) - 4 = a1 - 8 = 23 - 8 = 15

a₄ = a₃ - 4 = (a₁ - 8) - 4 = a1 - 12 = 23 - 12 = 11

From this pattern, we can see that each term can be written as:

aₙ = a₁ - 4(n-1)

Substituting a1 = 23, we get the explicit formula:

aₙ = 23 - 4(n-1)

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Answer:

Step-by-step explanation:

2/3*6

6*6

12

The probability of picking two blue marbles is 1/21.

Probability is used to determine how likely it is that a random event would occur. The probability of a random event happening lies between 0 and 1. If it is certain the event would happen, the probability value is 1 and if it is certain that the event would not happen, the probability value is 0.

Probability of picking two blue marbles = (number of blue marbles / total number of marbles) x (number of blue marbles -1 / total number of marbles - 1)

Total number of marbles = 7

(2/7) x (2-1/7-1)

2/7 x 1/6 = 1/21

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(a) (f∘g)(x) and the domain of f∘g are defined for real numbers and (b) (g∘f)(x) and the domain of g∘f is defined for real numbers.

The given functions are:f(x) = −x² + 1g(x) = x

Exer. 21-34: To Find

(a) (f ∘ g)(x) and the domain of f ∘ g and (b) (g ∘ f)(x) and the domain of g ∘ f.(a) (f ∘ g)(x) and the domain of f ∘ gTo find the composite of the two functions, substitute the value of g(x) into f(x). Now, (f ∘ g)(x) is given by:f(g(x)) = f(x) = f(x) = f(x) = -x² + 1. The domain of (f ∘ g)(x): Since g(x) is defined for all real numbers, the domain of (f ∘ g)(x) is also defined for all real numbers.

(b) (g ∘ f)(x) and the domain of g ∘ f

To find the composite of the two functions, substitute the value of f(x) with g(x). Now, (g ∘ f)(x) is given by:g(f(x)) = g(-x² + 1) = -x² + 1

The domain of (g ∘ f)(x): The domain of f(x) is defined for all real numbers. However, the domain of g(x) is also defined for all real numbers. Therefore, the domain of (g ∘ f)(x) is defined for all real numbers.

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The probability that this whole shipment will be accepted is 0.1813. The company will accept 82.87% of the shipments and will reject 17.13% of the shipments, so the likelihood of a rejected shipment is relatively low.

Probability is essentially the likelihood that something will occur. The entire number of potential outcomes must first be known in order to calculate the likelihood of a particular event.

P(E) = Number of favorable outcomes / Number of total outcomes

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Answer:

3x³- 8x² + 2x +3

Step-by-step explanation:

All you need to do is multiply everything in the second bracket with the first bracket like you would normally do with double brackets.

3x³-3x²-5x²+5x-3x+3=

3x³-8x²+2x+3

Step-by-step explanation:

For the equation y=8-2, complete the table and plot the ordered pairs on the graph.

Оо

Size

O

X

y

< Previous

-3

-2

-1

0

2

3

Step-by-step explanation:

the given pair (3, 2) is the length of the translation ?

it is really totally simple : you need to add the x value of the translation to the x-cordinate of each point. the same for the y value and the y- coordinates.

A' = (1 + 3, 4 + 2) = (4, 6)

B' = (2 + 3, -2 + 2) = (5, 0)

C' = (-3 + 3, 2 + 2) = (0, 4)

Answer: The area of each slice of pizza can be calculated by finding the area of the whole pizza and dividing it by the number of slices.

The radius of the pizza is half of the diameter, so the radius is 20/2 = 10 inches.

The area of the whole pizza can be calculated using the formula for the area of a circle:

Area = π × radius^2

Area = π × 10^2

Area = 100π square inches

Since there are 8 slices, each slice has an area of:

100π square inches / 8 = 12.5π square inches

Therefore, the area of the 5 slices that Chris ate is:

5 × 12.5π square inches = 62.5π square inches

This is approximately equal to 196.35 square inches, when rounded to two decimal places.

Step-by-step explanation:

The rent of the apartment during the 8th year would be approximately $2491.4.

To calculate the rent of the apartment during the 8th year, we need to apply the 11% increase per year for a total of 7 years (from the 2nd to the 8th year). Here's the calculation:

Rent for the 2nd year:

$1200 + (11% of $1200) = $1200 + ($132) = $1332

Rent for the 3rd year:

$1332 + (11% of $1332) = $1332 + ($146.52) = $1478.52

Rent for the 4th year:

$1478.52 + (11% of $1478.52) = $1478.52 + ($162.64) = $1641.16

Rent for the 5th year:

$1641.16 + (11% of $1641.16) = $1641.16 + ($180.53) = $1821.69

Rent for the 6th year:

$1821.69 + (11% of $1821.69) = $1821.69 + ($200.39) = $2022.08

Rent for the 7th year:

$2022.08 + (11% of $2022.08) = $2022.08 + ($222.43) = $2244.51

Rent for the 8th year:

$2244.51 + (11% of $2244.51) = $2244.51 + ($246.90) = $2491.41

Therefore, the rent of the apartment during the 8th year would be approximately $2491.4.

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