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(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus 0.75 for each pound. Shipping company B charges a flat fee of 12$ plus for each .. Which graph can be used to find the number of for which the shipping charges are equal?

(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus-example-1
(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus-example-1
(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus-example-2
(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus-example-3
(PLEASE HELP ME OUT IT'LL BE WORTH IT) Shipping company A charges a flat fee of $8 plus-example-4
User Jvf
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2 Answers

24 votes
24 votes

Final answer:

To find the number of pounds for which the shipping charges are equal, set the two shipping company equations equal to each other and solve for x.

Step-by-step explanation:

The shipping charges for Company A can be represented by the equation y = 0.75x + 8, where x is the weight in pounds and y is the total shipping cost. The shipping charges for Company B can be represented by the equation y = cx + 12, where c is the cost per pound.

To find the number of pounds for which the shipping charges are equal, we can set the two equations equal to each other and solve for x:

0.75x + 8 = cx + 12 (Substitute the equations)

-0.75x + cx = 12 - 8 (Rearrange terms)

(c - 0.75)x = 4 (Combine like terms)

x = 4 / (c - 0.75) (Divide by (c - 0.75))

Therefore, the number of pounds for which the shipping charges are equal is 4 / (c - 0.75).

User Faren
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12 votes
12 votes

Answer:

D

Step-by-step explanation:

User BurninLeo
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