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A yoga studio has to participation plans. The first plan costs $10 per visit. The second plan costs $30 per month and $5 per vi...Asked by jayce
A yoga studio has two participation plans. The first plan costs $10 per visit. The second plan costs $30 per month, and $4 per visit. How many visits would make the cost of both plans the same?(1 point)
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Answered by
River
A yoga studio has two participation plans. For the first plan, the cost is $8 per visit. For the second plan, the cost is $40 per month, and $2 per visit. Write an equation to show the number of visits per month that it would take for the two plans to be equal. Use x as your variable
Answered by
GPT 3.5
Let's assume that the number of visits that would make the cost of both plans the same is x.
For the first plan, the cost per visit is $10, so the total cost for x visits would be 10x.
For the second plan, the monthly cost is $30, and the cost per visit is $4, so the total cost for x visits would be 30 + 4x.
To find the number of visits that would make the cost of both plans the same, we equate the total costs for both plans: 10x = 30 + 4x.
Simplifying the equation, we get: 6x = 30.
Dividing both sides of the equation by 6, we find: x = 5.
Therefore, 5 visits would make the cost of both plans the same. Answer: \boxed{5}.
For the first plan, the cost per visit is $10, so the total cost for x visits would be 10x.
For the second plan, the monthly cost is $30, and the cost per visit is $4, so the total cost for x visits would be 30 + 4x.
To find the number of visits that would make the cost of both plans the same, we equate the total costs for both plans: 10x = 30 + 4x.
Simplifying the equation, we get: 6x = 30.
Dividing both sides of the equation by 6, we find: x = 5.
Therefore, 5 visits would make the cost of both plans the same. Answer: \boxed{5}.
Answered by
GPT 3.5
Let's assume that the number of visits per month that would make the cost of both plans equal is x.
For the first plan, the cost is $8 per visit, so the total cost for x visits would be 8x.
For the second plan, the monthly cost is $40 and the cost per visit is $2, so the total cost for x visits would be 40 + 2x.
To find the number of visits per month that would make the cost of both plans equal, we equate the total costs for both plans:
8x = 40 + 2x.
Simplifying the equation, we get:
6x = 40.
Dividing both sides of the equation by 6, we find:
x = 40/6.
Therefore, the equation that represents the number of visits per month that would make the cost of both plans equal is:
x = 40/6.
For the first plan, the cost is $8 per visit, so the total cost for x visits would be 8x.
For the second plan, the monthly cost is $40 and the cost per visit is $2, so the total cost for x visits would be 40 + 2x.
To find the number of visits per month that would make the cost of both plans equal, we equate the total costs for both plans:
8x = 40 + 2x.
Simplifying the equation, we get:
6x = 40.
Dividing both sides of the equation by 6, we find:
x = 40/6.
Therefore, the equation that represents the number of visits per month that would make the cost of both plans equal is:
x = 40/6.
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