Sure, I'd be happy to help you understand the step-by-step process involving the provided chemical equations and the associated question about resource usage and leftovers.
Although the exact question isn't given here, I will infer that it might be related to money spent on bagels and the leftover money based on the previous context.
Here's a detailed solution to the inferred problem:
Problem Statement:
You start with an initial amount of money, purchase a number of bagels at a specific cost per bagel, and need to determine both the total money spent on bagels and how much money is left afterward.
Given Data:
- Initial amount of money: \[tex]$23
- Number of bagels purchased: 5 bagels
- Cost per bagel: \$[/tex]3 per bagel
Step-by-Step Solution:
1. Calculate the Total Cost of Bagels Purchased:
- You have 5 bagels.
- Each bagel costs \[tex]$3.
- Therefore, the total money spent on bagels will be the number of bagels multiplied by the cost per bagel.
\[
\text{Total money spent on bagels} = \text{Number of bagels} \times \text{Cost per bagel}
\]
Substituting in the given values:
\[
\text{Total money spent on bagels} = 5 \times 3 = \$[/tex]15
\]
2. Determine the Remaining Amount of Money:
- Start with the initial amount of money: \[tex]$23.
- Subtract the total cost of the bagels from the initial amount.
\[
\text{Money left} = \text{Initial amount} - \text{Total money spent on bagels}
\]
Substituting in the values we have:
\[
\text{Money left} = 23 - 15 = \$[/tex]8
\]
Summary:
- The total amount of money spent on purchasing 5 bagels at \[tex]$3 each is \$[/tex]15.
- After purchasing the bagels, the amount of money remaining is \[tex]$8.
So, you spent \$[/tex]15 on bagels and you have \$8 left.
