How many times does 291 go into 4?

Answers

Answer 1
Answer:

Answer: I think it's 72.75

Step-by-step explanation:

You divide 291 and 4 and it equals 72.75

I dont know if it's the actual answer but i hope this helps :)

Answer 2
Answer: You would do 4/291. Because of the wording, 291 is going INTO the 4. So, your answer is:
Approx. .014

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the flat head rail tunnel in Montana is about 7 3/4 miles long. A train travels at a speed of 3/4 miles per minute. How long Will it take the train to go through the tunnel?

A card was selected at random from a standard deck of cards. The suit of the card was recorded, and then the card was put back in the deck. The table shows the results after 40 trials.What is the relative frequency of selecting a club?


Outcome Club Diamond Heart Spade
Number of trials 8 12 11 9


A.
17%

B.
20%

C.
25%

D.
30%

Answers

the answer is d.) 20%

What is 451.568 rounded to the tenths place.

Answers

It will be 451.6 because 5 is tents place 68 is big number so u add 1 + 5 = 6
Answer 451.6

the answer would be 451.6 and its rounded to the tenth place yw hope that helps :)

Suppose a crew member at an unloading dock can unload 3 trucks per hour and have already unloaded 17 trucks. Which equation can be used to medel the number of trucks the crew unloads after h hours?A. 3h+17
B. 3h=17
C. 17h-3
D. 17h+3

Answers

Answer:

A. 3h+17

Step-by-step explanation:

Given,

The initial number of unloaded trucks = 17,

Also, 3 trucks per hour can be uploaded,

So, the additional number of uploaded truck after h hours = 3h,

Hence, the total number of uploaded trucks after h hours = Initial uploaded trucks + additional trucks

= 17 + 3h

Which is the required equation,

Option A is correct.

Answer:

A

Step-by-step explanation:

3 trucks per hour and you have already unloaded 17

HURRY 25 POINTS IF ANSWERED A circle with radius 2 centimeters. One-quarter of the circle is not shaded. The remainder of the partial circle is shaded.Find the area of the figure. If necessary, round to the nearest tenth.

The area of the partial circle is
cm2.

Answers

Answer:

9.4

Step-by-step explanation:

Since 2 is your radius, you have to sq it. 2 X 2 = 4 X pi to get your area of the full circle, 12.56. Then the hint it gives you is “Remember, a quarter of the circle is missing.” So you divide 12.56 by 4 and get 3.14. Then you subract 3.14 from 12.56 to get 9.42, but it says to round to the nearest tenth in which you would round down to 9.4.

Hope this helps!

Answer:

9.4

Step-by-step explanation:

its correct on edginuity

What is the value of the underlined digit

Answers

The value of the underlined digit depends on the place the number that is underlined is. For the first digit, it would be ones. The second digit is 10s. The third is 100s and the fourth is thousands and the fifth is ten thousands and the 6 is hundred thousands, and the seventh is million, and so on.

A group of students wish to go bowling. There is a flat rate of $5 per student for shoe rental. It then costs $2.50 pergame up to 2 games total and then the cost is $2.00 per game after the first 2. If 6 students went, each rented shoes
and each rolled 3 games;
1. create a step function equation to calculate the cost per student per game
2. graph your step function
3. determine the total cost for this bowling outing

Answers

Answer:

  1. c(g)=\left\{\begin{array}{lcl}(5)/(\lceil g\rceil)+2.5&\text{for}&0<g \le 2\n\n(6)/(\lceil g\rceil)+2&\text{for}&g>2\end{array}\right.
  2. see below
  3. $72

Step-by-step explanation:

1. Since the function is supposed to give cost per game, it will be the stated cost per game (2.50 or 2.00) in addition to the quotient of the fixed cost and the number of games. For more than 2 games, the "fixed cost" is essentially the $5 shoe cost plus the premium on the first two games, an additional dollar.

For graphing purposes, we choose to use the "ceiling" function, so that any fractional game is charged at the price for the next higher integer number of games.

The "cost per game" function can be written as ...

  c(g)=\left\{\begin{array}{lcl}(5)/(\lceil g\rceil)+2.5&\text{for}&0<g \le 2\n\n(6)/(\lceil g\rceil)+2&\text{for}&g>2\end{array}\right.

__

2. The graph is shown in the attachment.

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3. The cost per game for 3 games is c(3) = 6/3+2 = 4, so the cost for 3 games for 1 student is 3·4 = 12. The cost for 6 students is then 6·12 = 72 dollars.