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?
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 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: