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To find the value of , we must solve the given linear equation:
We aim to isolate by performing operations that maintain the balance of the equation. Currently, is being decreased by 16. To reverse this, we need to add 16 to both sides.
Step-by-step:
Thus, the value of is 27.
Therefore, the solution to the equation is .
\( x+7=14 \)
\( x=\text{?} \)
Think of an equation like a balanced scale. To keep it balanced, whatever you do to one side, you must do to the other side. Adding 16 to both sides cancels out the -16 on the right.
You could try that approach! You'd get , then add 27 to get . Same answer, but adding 16 is more direct since we want to isolate a.
Look at what's happening to your variable. Since a is being decreased by 16, you need to add 16 to undo that operation and isolate the variable.
Yes! Moving -16 to the left side means it becomes +16, giving you . This is the same as adding 16 to both sides - just a different way of thinking about it.
Always check your work by substituting your answer back into the original equation. If gives you , then you're correct!
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