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Answer :
To find out how much Maggie spent over the past two weeks, we need to calculate her expenses for each week and then add them together.
1. For the first week:
- 12 people attended.
- Each person had a cappuccino costing [tex]$c$[/tex] and a scone costing [tex]$s$[/tex].
- The cost for one person is [tex]\( c + s \)[/tex].
- Total cost for the first week: [tex]\( 12 \times (c + s) \)[/tex].
2. For the second week:
- 15 people attended.
- Each person had a cappuccino costing [tex]$c$[/tex] and a scone costing [tex]$s$[/tex].
- Total cost for the second week: [tex]\( 15 \times (c + s) \)[/tex].
3. Total spending for both weeks:
- Add the expenses from both weeks:
[tex]\[
12 \times (c + s) + 15 \times (c + s)
\][/tex]
- Simplify the expression by factoring out [tex]\( (c + s) \)[/tex]:
[tex]\[
(12 + 15) \times (c + s) = 27 \times (c + s)
\][/tex]
Let's look at the provided choices and identify which of them represent this total:
- [tex]\( 27c + 27s \)[/tex]: This simplifies to the same expression if expanded: [tex]\( 27 \times (c + s) \)[/tex].
- [tex]\( 12(c+s) + 15(c+s) \)[/tex]: This matches our calculation exactly and also simplifies to [tex]\( 27 \times (c + s) \)[/tex].
- [tex]\( 54(c+s) \)[/tex]: This does not match, as it suggests twice the amount calculated.
- [tex]\( 12c + 12s + 15c + 15s \)[/tex]: This can be rewritten as [tex]\( (12c + 15c) + (12s + 15s) = 27c + 27s \)[/tex], which simplifies to [tex]\( 27 \times (c + s) \)[/tex].
Therefore, the expressions that represent how much Maggie spent are:
- [tex]\( 27c + 27s \)[/tex]
- [tex]\( 12(c+s) + 15(c+s) \)[/tex]
- [tex]\( 12c + 12s + 15c + 15s \)[/tex]
1. For the first week:
- 12 people attended.
- Each person had a cappuccino costing [tex]$c$[/tex] and a scone costing [tex]$s$[/tex].
- The cost for one person is [tex]\( c + s \)[/tex].
- Total cost for the first week: [tex]\( 12 \times (c + s) \)[/tex].
2. For the second week:
- 15 people attended.
- Each person had a cappuccino costing [tex]$c$[/tex] and a scone costing [tex]$s$[/tex].
- Total cost for the second week: [tex]\( 15 \times (c + s) \)[/tex].
3. Total spending for both weeks:
- Add the expenses from both weeks:
[tex]\[
12 \times (c + s) + 15 \times (c + s)
\][/tex]
- Simplify the expression by factoring out [tex]\( (c + s) \)[/tex]:
[tex]\[
(12 + 15) \times (c + s) = 27 \times (c + s)
\][/tex]
Let's look at the provided choices and identify which of them represent this total:
- [tex]\( 27c + 27s \)[/tex]: This simplifies to the same expression if expanded: [tex]\( 27 \times (c + s) \)[/tex].
- [tex]\( 12(c+s) + 15(c+s) \)[/tex]: This matches our calculation exactly and also simplifies to [tex]\( 27 \times (c + s) \)[/tex].
- [tex]\( 54(c+s) \)[/tex]: This does not match, as it suggests twice the amount calculated.
- [tex]\( 12c + 12s + 15c + 15s \)[/tex]: This can be rewritten as [tex]\( (12c + 15c) + (12s + 15s) = 27c + 27s \)[/tex], which simplifies to [tex]\( 27 \times (c + s) \)[/tex].
Therefore, the expressions that represent how much Maggie spent are:
- [tex]\( 27c + 27s \)[/tex]
- [tex]\( 12(c+s) + 15(c+s) \)[/tex]
- [tex]\( 12c + 12s + 15c + 15s \)[/tex]
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