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In City​ A, the temperature rises 4F from 8 A.M. To 9 A.M. Then the temperature drops 7F from 9 A.M. To 10 A.M. In City​ B, the temperature drops 6F from 8 A.M. To 9 A.M. Then the temperature drops 2F from 9 A.M. To 10 A.M. Write an expression that represents the change in temperature from 8 A.M. To 10 A.M. For each city. Simplify and interpret each sum.

User Borjovsky
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Answer:

Follows are the solution to this question:

Explanation:

The general term for temperature variations from 8 am to 10 am:


\to \delta_(S - 10)=\delta_(S -9)+\delta_(S-10) Where
\delta represents a transition throughout the time interval subscribed to.

In this, the city of A:


\to \delta_(S-10)=4-7= -3^(\circ)\ F

In this, the city of B:


\to \delta_(S-10)=-6-2= -8^(\circ)\ F

It decrease of 3° (non-value) overall in city A.

Temporarily, in city B, is 8° C. City B has a greater temperature change (8 vs. 3) between A and B.

User Forward Ed
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