Answer :
Let's tackle the problem step-by-step to determine the temperature after it changes:
1. Define the Initial Temperature:
- The initial temperature on the summer afternoon is given as [tex]\(76^\circ F\)[/tex].
2. Define the Change in Temperature:
- We need to find and evaluate how the temperature changes. For this, we use a variable [tex]\(c\)[/tex]. In the original context, it seems [tex]\(c\)[/tex] is representing the change in temperature which is [tex]\(-8\)[/tex].
3. Write an Expression to Find the New Temperature:
- To find the new temperature after the change, we use the expression:
[tex]\[
\text{New temperature} = 76 - (-8)
\][/tex]
4. Evaluate the Expression:
- Solving the expression:
[tex]\[
76 - (-8) = 76 + 8 = 84
\][/tex]
- Therefore, the new temperature is [tex]\(84^\circ F\)[/tex].
Based on these steps, after the change, the temperature would be [tex]\(84^\circ F\)[/tex].
1. Define the Initial Temperature:
- The initial temperature on the summer afternoon is given as [tex]\(76^\circ F\)[/tex].
2. Define the Change in Temperature:
- We need to find and evaluate how the temperature changes. For this, we use a variable [tex]\(c\)[/tex]. In the original context, it seems [tex]\(c\)[/tex] is representing the change in temperature which is [tex]\(-8\)[/tex].
3. Write an Expression to Find the New Temperature:
- To find the new temperature after the change, we use the expression:
[tex]\[
\text{New temperature} = 76 - (-8)
\][/tex]
4. Evaluate the Expression:
- Solving the expression:
[tex]\[
76 - (-8) = 76 + 8 = 84
\][/tex]
- Therefore, the new temperature is [tex]\(84^\circ F\)[/tex].
Based on these steps, after the change, the temperature would be [tex]\(84^\circ F\)[/tex].
