Take your values from the previous chart (in question 2) and convert them from celsius to fahrenheit follow the example below and use the conversion rule to fill out the chart for degrees fahrenheit when t = 12 and t = 24 The Values Are:
C(t) = -0.30 (0 - 12)² + 40
C(t) = -0.30 (-12)² + 40
C(t) = -3.2

C(t) = -0.30 (12 - 12)² + 40
C(t) = -0.30 (0)² + 40
C(t) = 40

C(t) = -0.30 (24 - 12)² + 40
C(t) = -0.30 (12)² + 40
C(t) = -0.30 × 144 + 40
C(t) = - 43.2 + 40
C(t) = -3.2

And Attached is a graph that also goes with the values. Will give Brainliest

Step-by-step explanation:

Take your values from the previous chart (in question 2) and convert them from celsius to fahrenheit follow the example below and use the conversion rule to fill out the chart for degrees fahrenheit when t = 12 and t = 24

C(t) = -0.30 (12 - 12)² + 40

C(t) = -0.30 (0)² + 40

C(t) = 40

C(t) = -0.

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Step-by-step explanation: I will figure this out

Take your values from the previous chart (in question 2) and convert them from celsius to fahrenheit follow the example below and use the conversion rule to fill out the chart for degrees fahrenheit when t = 12 and t = 24

C(t) = -0.30 (12 - 12)² + 40

C(t) = -0.30 (0)² + 40

C(t) = 40

C(t) = -0.

i am currently in the exact same situation rn. algebra2/adv algebra is killing

step-by-step explanation:

to find the total number of combinations, multiply the quantity of each item by each other:

2 pairs of shoes x 3 pairs of shorts = 6 different combinations.