The Cost Of A Pair Of Pants At A Certain Store Is 130% Of The Cost Of A Pair Of Shorts. A Pair Of Shorts Costs $15. What Is The Cost Of 3 Pairs Of Pants?

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The Cost Of A Pair Of Pants At A Certain Store Is 130% Of The Cost Of A Pair Of Shorts. A Pair Of Shorts Costs $15. What Is The Cost Of 3 Pairs Of Pants?. Profit = 130% of the cost. \[ 130% \text{ of } 15 = \frac{130}{100} \times 15 = 1.3 \times 15 = 19.5 \] so, the cost of one pair of pants is $19.50.

Each pair of shorts cost the same amount, and each Tshirt cost the
Each pair of shorts cost the same amount, and each Tshirt cost the from brainly.com

The cost of a pair of shorts is $15. Cost is increased by 28%. What is the cost of 3 pairs of pants?

The Cost Of A Pair Of Pants At A Certain Store Is 130% Of The Cost Of A Pair Of Shorts.


130% of 15 is 19.5. Given that the resulting price was of the original price, by what percent. A pair of shorts costs $15.

A Store Increased The Original Price Of A Shirt By A Certain Percent And Then Lowered The New Price By The Same Amount.


Enter your answer in the box. The cost of three pairs of pants is $58.5. What is the cost of 3 pairs of pants?

The Cost Of A Pair Of Pants At A Certain Store Is 130% Of The Cost Of A Pair Of Shorts.


The cost of a pair of shorts is $15. Let's use tape diagrams, equations, and reasoning to solve problems with negatives and percents. Then you multiply 19.5 x 3 = 58.5.

An Item Costs X X Dollars And Then A 20% Discount Is Applied.


A pair of shorts costs $15. Profit = 130% of the cost. Let the cost price be x and.

Cost Is Increased By 28%.


So the answer is $58.5. \[ 130% \text{ of } 15 = \frac{130}{100} \times 15 = 1.3 \times 15 = 19.5 \] so, the cost of one pair of pants is $19.50. Now, we calculate 130% of $15:

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