Miranda ran 4 miles in 28 minutes how many miles does miranda run in 2 minutes

w = 57.5 yards

l = 169.5 yards

P = 2w + 2l

466 = 2w + 2l

l = 3w - 3

466 = 2w + 2(3w - 3)

466 = 2w + 6w - 6

466 - 6 = 8w

8w = 460

w = 460 : 8

w = 57.5 yards

l = 3w - 3

= 3×57.5 - 3

= 169.5

l = 169.5 yards

Answer:

8

Step-by-step explanation:

\(\sqrt{\frac{256}{4} }\)

\(\sqrt{\frac{16*16}{2*2} }\)

\(\sqrt{(\frac{16}{2})^2 }\)

square and root gets cancel . so ,

\(\frac{16}{2}\)

8

Answer:

answer b

Step-by-step explanation:

The perimeter for each possible region is 140 feet, 148 feet, and 160 feet when the length of the rectangle is 40 feet, 50 feet or 60 feet, respectively.

Given that you want to enclose a rectangular region with an area of 1200 square feet and a length of 40 feet, 50 feet, or 60 feet.

We are to find the perimeter for each possible region.

Area of rectangle = length x breadth

Now, we are given the area of the rectangle as 1200 square feet and length as 40 feet, 50 feet or 60 feet.

Therefore, the breadth of the rectangle can be calculated as follows:

Breadth = Area/Length

We get the following breadth for each of the given lengths:

For length 40 feet,

breadth = 1200/40 = 30 feet

For length 50 feet, breadth = 1200/50 = 24 feet

For length 60 feet, breadth = 1200/60 = 20 feet

Now, we can use the formula to calculate the perimeter of each rectangle.

Perimeter of rectangle = 2 (length + breadth)

So, the perimeter for each possible region is given by:

Perimeter when length = 40 feet

Breadth = 30 feet

Perimeter = 2(40+30) = 2(70) = 140 feet

Perimeter when length = 50 feet

Breadth = 24 feet

Perimeter = 2(50+24) = 2(74) = 148 feet

Perimeter when length = 60 feet

Breadth = 20 feet

Perimeter = 2(60+20) = 2(80) = 160 feet

Therefore, the perimeter for each possible region is 140 feet, 148 feet, and 160 feet when the length of the rectangle is 40 feet, 50 feet or 60 feet, respectively.

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This question is incomplete

Complete Question

A baker uses 5.5 Ibs of flour daily

The baker's recipe for a loaf of bread calls for 12 oz of flour. If he uses all of his flour to make loaves of bread, how many loaves can he bake in seven days?

Answer:

51.3 loaves of bread

Step-by-step explanation:

Converting 5.5 Ibs to oz (ounces)

1 Ibs =>12 oz

5.5 Ibs => x

Cross Multiply

12 × 5.5 => 88 oz

1 loaf of bread =>12 oz

Hence, in 1 day

12 oz =>1 loaf of bread

88 oz => x

x =>88 oz/ 12 oz

x => 7.3333333333 loaves of bread

Hence, he can make 7.3333333333 loaves of bread in 1 day

Hence, in 7 days

1 day => 7.3333333333 loaves

7 days => x

x => 7 × 7.3333333333 loaves

x => 51.333333333 loaves of bread

Approximately => 51.3 loaves of bread

Step-by-step explanation:

y = 8x/9 - 2

therefore m = 8/9

x1 = -3

y1 = 6

from, y - y1 = m(x-x1)

y - 6 = 8/9(x+3)

y-6 = 8x/9 + 8/3

y - 8x/9 -26/3 = 0 (×9)

9y - 8x -78 = 0

the answer is 0 because -5 -(-3) equals 8 which cancels out when u add negative 8 :)

Answer:

60km/h

Step-by-step explanation:

Answer:

x = 24.9

Step-by-step explanation:

Since this is a right triangle, we can use trig functions

cos theta = adj / hyp

cos 43 = x /34

34 cos 43 = x

x=24.86602

To the nearest tenth

x = 24.9

Answer:

The answer is A.

Step-by-step explanation:

Lets prove the other ones wrong.

B) It is not based on a day to day prediction, rather days with simmilar conditions before the storm.

C) The United states is too broad an area.

D) It is not based on the ammount of days it snows per month, because on say December 15 it could be 60 degrees and on December 25 it could be 2 degrees. Also you could not make any predictions on a per-day basis then.

So the only clear answer is "Historically, in this area, it has snowed 10% of the time on days with similar meteorological conditions as today."

Answer:

$4.76

Step-by-step explanation:

It costs $2.80 to make a sandwich at the local deli shop and the deli sells it at a price that is 170% of the cost.

We have to find 170% of the cost of making each sandwich ($2.80):

170/100 * 2.80 = $4.76

The sandwich sells for $4.76

Answer:

ben

Step-by-step explanation:

The amount in the account 31.00 years from today would be approximately $2,990,040.02.

To calculate the future value of annual deposits, you can use the formula for the future value of an ordinary annuity:

Future Value = Payment * [(1 + interest rate)^(number of periods) - 1] / interest rate

Given:

Payment = $5,171.00 per year

Interest rate = 12.00%

Number of periods = 15.00 years

First, let's calculate the future value of the deposits after 15 years:

Future Value = $\(5,171.00 * [(1 + 0.12)^(15) - 1] / 0.12\)

Future Value = $5,171.00 *\((1.12^15 - 1) / 0.12\)

Future Value = $5,171.00 * (4.040609 - 1) / 0.12

Future Value = $5,171.00 * 3.040609 / 0.12

Future Value = $131,525.53

Now, we need to calculate the future value of this amount after an additional 31 years:

Future Value = $131,525.53 * \((1 + 0.12)^(31)\)

Future Value = $131,525.53 * \(1.12^31\)

Future Value = $131,525.53 * 22.737542

Future Value = $2,990,040.02

Therefore, the amount in the account 31.00 years from today would be approximately $2,990,040.02.

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Derek will deposit $5,171.00 per year for 15.00 years into an account that earns 12.00% Assuming the first deposit is: made 400 years from today, how much will it be in the account 31.00 years from today?

P43 000.00 at 10% compounded annually for 5 years is :$69,251.93.

Using formula

A=pP(1+r/n)^nt

Where:

A=Amount =?

P = Principal = 43,000

r = interest rate = .10

t= time = 5

Let plug in the formula

A = 43,000 (1+ .10/1)^1×5

A = 43,000 (1+ .10)^5

A = 43,000 ( 1.10)^5

A = 43,000 (1.61051)

A =$69,251.93

Therefore the compounded amount is $69,251.93.

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Answer:ANSWER

69251.93

EXPLANATION

P = 43000

r = 10%

n = 1

We know that:

t = 5 Formulate and substitute:

F43000 (1+10. .

1

100 Evaluate the equation/expression: 69251.93

Answer: 69251.93

Step-by-step explanation:

Answer:

median: 9

mean:11

mode: 7 or 9

range 13

Step-by-step explanation:

hope it helped!

Answer:

-A

Step-by-step explanation:

mark me as brainlist pls

Answer:

30

Step-by-step explanation:

Answer:

30

Step-by-step explanation:

Hello!

Let's write some information about each quadrant:

Quadrant I:

x > 0 and y > 0

Quadrant II:

x < 0 and y > 0

Quadrant III:

x < 0 and y < 0

Quadrant IV:

x > 0 and y < 0

Alternative D) Quadrant IV

Answer:

Step-by-step explanation:

\(Slope = \dfrac{1-0}{0-[-7]}=\dfrac{1}{0+7}=\dfrac{1}{7}\)

The formulas for cos(6θ) and sin(6θ) using de Moivre's theorem are:

cos(6θ) = Re[(cosθ + isinθ)^6]

sin(6θ) = Im[(cosθ + isinθ)^6]

To find the formulas for cos(6θ) and sin(6θ) using de Moivre's theorem, we can start by expressing (cosθ + isinθ) raised to the power of 6. According to de Moivre's theorem, this can be written as (cos(6θ) + isin(6θ)).

Expanding (cosθ + isinθ)^6 using the binomial theorem, we get:

(cosθ + isinθ)^6 = C(6, 0)(cosθ)^6(isinθ)^0 + C(6, 1)(cosθ)^5(isinθ)^1 + C(6, 2)(cosθ)^4(isinθ)^2 + C(6, 3)(cosθ)^3(isinθ)^3 + C(6, 4)(cosθ)^2(isinθ)^4 + C(6, 5)(cosθ)^1(isinθ)^5 + C(6, 6)(cosθ)^0(isinθ)^6

Simplifying this expression, we can calculate each term separately. The terms with odd powers of isinθ will be imaginary and will contribute to sin(6θ), while the terms with even powers of isinθ will be real and will contribute to cos(6θ). After evaluating the terms and combining like terms, we obtain the formulas for cos(6θ) and sin(6θ).

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Answer:

the picture is not coming clearly !!!

========================================================

Explanation:

The sides shown by the single tickmark are the same length. That's one "S" of "SSS".

The sides shown with double tickmarks are the same length. This is another "S" of "SSS".

Lastly, the third unmarked sides of each triangle overlap together perfectly. We consider this a shared side. They are the same length due to the reflexive property. This is the third "S" of "SSS".

The order of the "S" terms mentioned above doesn't matter. All that matters is that we have three pairs of congruent sides. This is enough to use the SSS congruence theorem to prove the two triangles are congruent.

--------------

Extra info:

We don't have any information about the angles, so we cannot use ASA, SAS, or AAS.

We can't use HL because that only applies to right triangles.

Answer:

Difference between the two is $36.

Step-by-step explanation:

Pair of shorts costs $12. Shirt costs $48.

48-12=36

Answer:

To complete the first set of data so that it has six values and a mean of 21, you can add the following values: 20, 20.5, 20.5, 21.5, 21.5, 21.

The mean of this set is calculated as follows: (20 + 20.5 + 20.5 + 21.5 + 21.5 + 21) / 6 = 21.

To complete the second set of data so that it has six values and a mean of 21, you can add the following values: 20, 21, 21, 21, 21, 22.

The mean of this set is calculated as follows: (20 + 21 + 21 + 21 + 21 + 22) / 6 = 21.

A good residual plot should have the points randomly scattered around the horizontal line with no discernible pattern.

This indicates that the model is well fit to the data. The residuals should also be equally distributed on either side of the horizontal line. This can be seen as the sum of the residuals being equal to 0, or mathematically expressed as the sum of the residuals (e) being equal to 0, where \(e = y - ŷ\), where y is the observed value and ŷ is the predicted value. The equation can be expressed as Σe=0.

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Answer:

4

Step-by-step explanation:

hbjhb

Answer:

\( \large \color{lime}{ \boxed{ \boxed{ \sf{ \: k = -4}}}}\)

The value of k is -4.

Given that,

f (x) = 3x³ + kx + 1

= 3 (1)³ + k (1) + 1

= 3 + k + 1

K= -4

Therefore, we can conclude that the value of k is -4.

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At x = 1, the value of the function will be zero. Then the value of the variable 'k' will be 2.

The allocation of weights to the important variables that produce the calculation's optimum is referred to as a direct consequence.

Given f(x) = 3x³ + kx – 5, and the factor of the given function is (x – 1).

If the factor (x – 1) is zero. Then the value of the function will be zero.

x – 1 = 0

x = 1

At x = 1, the value of the function will be zero. Then the value of the variable 'k' will be calculated as,

f(1) = 3(1)³ + k(1) – 5

0 = 3 + k – 5

k = 5 – 3

k = 2

At x = 1, the value of the function will be zero. Then the value of the variable 'k' will be 2.

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Answer:

200.96cm²

Step-by-step explanation:

Formula:

A = pi*r^2

A = 3.14(64)

A = 200.96cm²