To determine which value of \( r \) makes the inequality \( 3r - 47.5 > 21.5 \) a true statement, let's first solve the inequality.
Starting with the inequality:
\[ 3r - 47.5 > 21.5 \]
Add \( 47.5 \) to both sides:
\[ 3r > 21.5 + 47.5 \] \[ 3r > 69 \]
Now, divide both sides by \( 3 \):
\[ r > 23 \]
The value of \( r \) must be greater than \( 23 \) for the inequality to be true. Now, let's evaluate the provided options:
- \( 23.5 \) (True, since \( 23.5 > 23 \))
- \( 22 \) (False, since \( 22 < 23 \))
- \( 22.5 \) (False, since \( 22.5 < 23 \))
- \( 23 \) (False, since \( 23 \) is equal to \( 23 \))
The only value of \( r \) that satisfies the inequality \( 3r - 47.5 > 21.5 \) is:
23.5.