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Jackson likes to go to his local nail salon because he is a premier member there. His membership fee costs $80.00 and that memb...Question
Jackson likes to go to his local nail salon because he is a premier member there. His membership fee costs $80.00 and that membership allows him to get his nails done for $12.00 every visit.
Fill in the table to find how much it costs for 2, 4, 5, and 8 visits. Use the calculator to help you solve.
Number of visits (v) Total cost (c) Cost per visit (
v
c
)
2 $
4 $
5 $
8 $
Great job!
Now, fill in the table to find the cost per visit. Use the calculator to help you solve.
Number of visits (v) Total cost (c) Cost per visit (
v
c
)
2 $104 $
4 $128 $
5 $140 $
8 $176 $
Fill in the table to find how much it costs for 2, 4, 5, and 8 visits. Use the calculator to help you solve.
Number of visits (v) Total cost (c) Cost per visit (
v
c
)
2 $
4 $
5 $
8 $
Great job!
Now, fill in the table to find the cost per visit. Use the calculator to help you solve.
Number of visits (v) Total cost (c) Cost per visit (
v
c
)
2 $104 $
4 $128 $
5 $140 $
8 $176 $
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To find the total cost for Jackson's visits and the cost per visit, we can use the formula:
\[
\text{Total Cost} = \text{Membership Fee} + (\text{Cost per Visit} \times \text{Number of Visits})
\]
Given:
- Membership Fee = $80.00
- Cost per Visit = $12.00
Now, let's calculate the total cost for 2, 4, 5, and 8 visits:
1. **For 2 visits (v = 2)**:
\[
c = 80 + (12 \times 2) = 80 + 24 = 104
\]
2. **For 4 visits (v = 4)**:
\[
c = 80 + (12 \times 4) = 80 + 48 = 128
\]
3. **For 5 visits (v = 5)**:
\[
c = 80 + (12 \times 5) = 80 + 60 = 140
\]
4. **For 8 visits (v = 8)**:
\[
c = 80 + (12 \times 8) = 80 + 96 = 176
\]
Now, here are the values filled in the first table:
| Number of visits (v) | Total cost (c) |
|----------------------|----------------|
| 2 | $104 |
| 4 | $128 |
| 5 | $140 |
| 8 | $176 |
Next, to find the cost per visit for the second table:
- The formula for cost per visit is:
\[
\text{Cost per visit} = \frac{\text{Total Cost}}{\text{Number of Visits}}
\]
1. **For 2 visits (c = 104)**:
\[
\text{Cost per visit} = \frac{104}{2} = 52
\]
2. **For 4 visits (c = 128)**:
\[
\text{Cost per visit} = \frac{128}{4} = 32
\]
3. **For 5 visits (c = 140)**:
\[
\text{Cost per visit} = \frac{140}{5} = 28
\]
4. **For 8 visits (c = 176)**:
\[
\text{Cost per visit} = \frac{176}{8} = 22
\]
Now, the values filled in the second table:
| Number of visits (v) | Total cost (c) | Cost per visit |
|----------------------|----------------|-----------------|
| 2 | $104 | $52 |
| 4 | $128 | $32 |
| 5 | $140 | $28 |
| 8 | $176 | $22 |
To summarize:
### Total Cost Table
| Number of visits (v) | Total cost (c) |
|----------------------|----------------|
| 2 | $104 |
| 4 | $128 |
| 5 | $140 |
| 8 | $176 |
### Cost per Visit Table
| Number of visits (v) | Total cost (c) | Cost per visit |
|----------------------|----------------|-----------------|
| 2 | $104 | $52 |
| 4 | $128 | $32 |
| 5 | $140 | $28 |
| 8 | $176 | $22 |
\[
\text{Total Cost} = \text{Membership Fee} + (\text{Cost per Visit} \times \text{Number of Visits})
\]
Given:
- Membership Fee = $80.00
- Cost per Visit = $12.00
Now, let's calculate the total cost for 2, 4, 5, and 8 visits:
1. **For 2 visits (v = 2)**:
\[
c = 80 + (12 \times 2) = 80 + 24 = 104
\]
2. **For 4 visits (v = 4)**:
\[
c = 80 + (12 \times 4) = 80 + 48 = 128
\]
3. **For 5 visits (v = 5)**:
\[
c = 80 + (12 \times 5) = 80 + 60 = 140
\]
4. **For 8 visits (v = 8)**:
\[
c = 80 + (12 \times 8) = 80 + 96 = 176
\]
Now, here are the values filled in the first table:
| Number of visits (v) | Total cost (c) |
|----------------------|----------------|
| 2 | $104 |
| 4 | $128 |
| 5 | $140 |
| 8 | $176 |
Next, to find the cost per visit for the second table:
- The formula for cost per visit is:
\[
\text{Cost per visit} = \frac{\text{Total Cost}}{\text{Number of Visits}}
\]
1. **For 2 visits (c = 104)**:
\[
\text{Cost per visit} = \frac{104}{2} = 52
\]
2. **For 4 visits (c = 128)**:
\[
\text{Cost per visit} = \frac{128}{4} = 32
\]
3. **For 5 visits (c = 140)**:
\[
\text{Cost per visit} = \frac{140}{5} = 28
\]
4. **For 8 visits (c = 176)**:
\[
\text{Cost per visit} = \frac{176}{8} = 22
\]
Now, the values filled in the second table:
| Number of visits (v) | Total cost (c) | Cost per visit |
|----------------------|----------------|-----------------|
| 2 | $104 | $52 |
| 4 | $128 | $32 |
| 5 | $140 | $28 |
| 8 | $176 | $22 |
To summarize:
### Total Cost Table
| Number of visits (v) | Total cost (c) |
|----------------------|----------------|
| 2 | $104 |
| 4 | $128 |
| 5 | $140 |
| 8 | $176 |
### Cost per Visit Table
| Number of visits (v) | Total cost (c) | Cost per visit |
|----------------------|----------------|-----------------|
| 2 | $104 | $52 |
| 4 | $128 | $32 |
| 5 | $140 | $28 |
| 8 | $176 | $22 |
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