Question

complete the process of solving the equation. fill in the missing term on each line. simplify any fractions. \\(\frac{b + 20}{9} = 11\\) \\(b + 20 = \square\\) multiply both sides by 9 \\(b = \square\\) subtract 20 from both sides

Explanation:

Step1: Multiply both sides by 9

Given the equation \(\frac{b + 20}{9}=11\), when we multiply both sides by 9, we use the property of equality. So, \(9\times\frac{b + 20}{9}=11\times9\), which simplifies to \(b + 20 = 99\).

Step2: Subtract 20 from both sides

Now that we have \(b + 20 = 99\), to solve for \(b\), we subtract 20 from both sides. Using the property of equality, \(b+20 - 20=99 - 20\), which gives \(b = 79\).

Answer:

First missing term: \(99\)
Second missing term: \(79\)