To express the statement "Fifteen less than four times a number is more than 49" in terms of an inequality, we start by defining the variable \( x \) as the number in question.
"Four times a number" can be written as \( 4x \), and "fifteen less than four times a number" translates to \( 4x - 15 \).
Now, we set up our inequality based on the phrase "is more than 49":
\[ 4x - 15 > 49 \]
This is the inequality that represents the problem.
Now we can solve for \( x \):
- Add 15 to both sides:
\[ 4x > 49 + 15 \]
\[ 4x > 64 \]
- Now, divide both sides by 4:
\[ x > 16 \]
Thus, the solution shows that all possible values of the number \( x \) must be greater than 16.