To find which equation has a different value of \( x \) than the others, we need to solve each equation:
-
Equation 1:
\( x - 0.025 = 0.6 \)
\( x = 0.6 + 0.025 \)
\( x = 0.625 \) -
Equation 2:
\( x - 78 = -32 \)
\( x = -32 + 78 \)
\( x = 46 \) -
Equation 3:
\( x + 98 = 74 \)
\( x = 74 - 98 \)
\( x = -24 \) -
Equation 4:
\( x + 0.875 = 1.5 \)
\( x = 1.5 - 0.875 \)
\( x = 0.625 \)
Now, let's summarize the values of \( x \):
- From Equation 1: \( x = 0.625 \)
- From Equation 2: \( x = 46 \)
- From Equation 3: \( x = -24 \)
- From Equation 4: \( x = 0.625 \)
The values are:
- \( 0.625 \) (from Equation 1 and Equation 4)
- \( 46 \) (from Equation 2)
- \( -24 \) (from Equation 3)
Thus, the equation that has a different value of \( x \) than the others is Equation 2: \( x - 78 = -32 \) because it yields \( x = 46 \).