The table below compares the number of lawns Sam mowed with the amount of money he earned. What is a logical conclusion to make about the amount Sam would earn for mowing 7 lawns?

\begin{tabular}{|l|l|}
\hline \multicolumn{1}{|c|}{Number of lawns mowed} & \multicolumn{1}{|c|}{Total money earned} \\
\hline 1 & \[tex]$25 \\
\hline 3 & \$[/tex]75 \\
\hline 5 & \[tex]$125 \\
\hline 7 & ? \\
\hline
\end{tabular}

A. He would earn a total of \$[/tex]175.
B. He would earn a total of \[tex]$225.
C. He would earn a total of \$[/tex]125.
D. He would earn a total of \$275.



Answer :

To determine how much money Sam would earn for mowing 7 lawns, let's first examine the pattern of earnings provided in the table:

1. For 1 lawn, he earns [tex]$25. 2. For 3 lawns, he earns $[/tex]75.
3. For 5 lawns, he earns [tex]$125. We can observe that earnings increase linearly with the number of lawns mowed. To confirm this and predict the earnings for 7 lawns step-by-step, let's calculate the earnings per lawn. From the information given: - For 1 lawn: $[/tex]25
- For 3 lawns: [tex]$75 - For 5 lawns: $[/tex]125

First, we notice that if he earns [tex]$25 for 1 lawn, then he consistently earns $[/tex]25 per lawn. This is because:

[tex]\[ \text{Earnings for 3 lawns} = 3 \times \$25 = \$75 \][/tex]
[tex]\[ \text{Earnings for 5 lawns} = 5 \times \$25 = \$125 \][/tex]

Given the earnings per lawn is [tex]$25, we can extend this to calculate the earnings for 7 lawns: \[ \text{Earnings for 7 lawns} = 7 \times \$[/tex]25 \]

Executing this calculation:

[tex]\[ 7 \times 25 = 175 \][/tex]

Therefore, Sam would earn a total of [tex]\( \$175 \)[/tex] for mowing 7 lawns.

The correct conclusion to make about the amount Sam would earn for mowing 7 lawns is:
A. He would earn a total of \$175.