- Start with the equation \(-28 - 6b = 8\).
- Add 28 to both sides to get \(-6b = 36\).
- Divide both sides by -6 to find the value of \(b\).
- The solution is \(b = \boxed{-6}\).
Explanation
- Analysis of the Linear Equation
We are given the linear equation \(-28 - 6b = 8\). Our goal is to isolate the variable \(b\) to determine its value. This is a standard algebraic equation where we can use the properties of equality—specifically, addition and division—to solve for the unknown.
- Isolating the Variable Term
To isolate the term involving \(b\), we first add \(28\) to both sides of the equation:
\[-28 - 6b + 28 = 8 + 28\]
This simplifies to:
\[-6b = 36\]
- Solving for \(b\)
Now that we have \(-6b = 36\), we can solve for \(b\) by dividing both sides of the equation by \(-6\):
\[b = \frac{36}{-6}\]
Performing the division, we find:
\[b = -6\]
Examples
Imagine you are tracking your bank balance, and it has dropped from a certain amount by an equal weekly deduction over several weeks, eventually reaching a specific balance. If you started with a debt of \(\$28\) and were charged \(\$6\) every week for 6 weeks, your final balance would be \(-28 - (6 \times 6) = -28 - 36 = -64\). Solving for the number of weeks \(b\) in a similar equation helps you manage budgets or determine how long a repeating expense or income stream takes to reach a specific financial target.