Asked by goober
The first option costs $7.50 per ticket but an initial fee of $20. The second option costs $5 per ticket but an initial fee of $40 . After how many tickets are both options the same price?
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To find the number of tickets after which both options cost the same, we can set up an equation for the total cost of each option.
Let \( n \) be the number of tickets purchased.
For the first option:
- Total cost = Initial fee + Cost per ticket × Number of tickets
- Total cost = \( 20 + 7.50n \)
For the second option:
- Total cost = Initial fee + Cost per ticket × Number of tickets
- Total cost = \( 40 + 5n \)
We want to find the value of \( n \) where both costs are equal:
\[
20 + 7.50n = 40 + 5n
\]
Now, we can solve this equation:
1. Subtract \( 5n \) from both sides:
\[
20 + 2.50n = 40
\]
2. Subtract 20 from both sides:
\[
2.50n = 20
\]
3. Divide by 2.50:
\[
n = \frac{20}{2.50} = 8
\]
Thus, the two options will cost the same when purchasing **8 tickets**.
Let \( n \) be the number of tickets purchased.
For the first option:
- Total cost = Initial fee + Cost per ticket × Number of tickets
- Total cost = \( 20 + 7.50n \)
For the second option:
- Total cost = Initial fee + Cost per ticket × Number of tickets
- Total cost = \( 40 + 5n \)
We want to find the value of \( n \) where both costs are equal:
\[
20 + 7.50n = 40 + 5n
\]
Now, we can solve this equation:
1. Subtract \( 5n \) from both sides:
\[
20 + 2.50n = 40
\]
2. Subtract 20 from both sides:
\[
2.50n = 20
\]
3. Divide by 2.50:
\[
n = \frac{20}{2.50} = 8
\]
Thus, the two options will cost the same when purchasing **8 tickets**.
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