ure at the top of the mountain be T.
According to the problem, the temperature at the bottom of the mountain is 16.2°F warmer than at the top.
So, the temperature at the bottom of the mountain can be represented as T + 16.2°F.
We are also given that the temperature at the bottom of the mountain is 48°F.
Therefore, we have the equation:
T + 16.2°F = 48°F
To solve for T, we need to isolate T on one side of the equation.
Subtracting 16.2°F from both sides of the equation gives us:
T + 16.2°F - 16.2°F = 48°F - 16.2°F
Simplifying the equation gives us:
T = 31.8°F
So, the temperature at the top of the mountain is 31.8°F.
write and solve Addition Equations-Instruction-Level F
› The temperature at the bottom of a mountain is 16.2°F warmer than at the top. The temperature at the bottom of the mountain is 48°F. What is the temperature at the top of the mountain?
Let the the temperat
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