Shelly is going shopping at the mall to buy 3 pairs of shoes. She has a coupon for $2 off per pair of shoes after buying the fir
2 answers:
Answer: The answer is $24 and $60.
Step-by-step explanation: Given that Shelly is going to a shopping mall to buy 3 pair of shoes and she has a coupon of $2 off per pair of shoes if she she buy one pair at the full price. Shelly can spend between $80 to $176.
WE need to find the least and most amount she can spend per pair if she purchases all the three pairs at the same price.
Let, Shelly spent $x on the first pair she purchased. Then, she will be getting the rest two pair of shoes each at a price of $(x-2).
Therefore,
Thus, she can spend at least $28 and at most $60 per pair of shoes.
Answer:
The least and most amount she can spend per pair is described in two cases given below.
Step-by-step explanation:
Given Shelly is going shopping at the mall to buy 3 pairs of shoes. She has a coupon for $2 off per pair of shoes after buying the first pair at full price. Shelly is willing to spend $80 to $176 not including tax. If the shoes she purchases are all the same price.
we have to find the least and most amount she can spend per pair.
There are two cases which are to be considered one in which no coupon applied which gives minimum amount and the other in which coupon applied gives maximum amount.
Case 1 : Coupon not applied.
Let the cost of a pair of shoes is x
∴ the cost of 3 pair of shoes is 3x
hence, the amount of money she spend is 86<3x<176
⇒
⇒ 26.6<x<58.6
Case 2 : Coupon applied
Let the cost of a pair of shoes is x. Since, there is $2 off per pair of shoes after buying the first pair at full price.
∴ the cost of 3 pair of shoes after applying coupon is 3x-4
hence, the amount of money she spend is 86<3x-4<176
⇒
⇒ 30<x<60
These are the least and most amount she can spend per pair.
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The answer is OF.
300 degrees is 60 degrees less than 360 degrees, which is a full rotation. Thus, 300 degrees counterclockwise is the same as 60 degrees clockwise.
Note that this shape is a hexagon. Thus, we can divide a hexagon into 6 equilateral triangles, each with measures of 60 degrees. Just move OQ to the adjacent clockwise equilateral triangle and see what it overlaps with.
OQ is the altitude of the equilateral triangle, so our answer will be the altitude of the adjacent clockwise equilateral triangle.
The answer is OF.