<span>Logan is studying the reproductive rate of fruit flies and uses the table below to record the fruit fly population every week for 7 weeks. The correct function that fit his data collected is the exponential function. Exponential function deals with population growth.</span>
Answer:
8 °C
Step-by-step explanation:
Step 1: Given data
Initial temperature value (T1): -10 °C
Final temperature value (T2): -2 °C
Step 2: Calculate the change in temperature from the morning to the afternoon
To calculate the change in the temperature, we have to perform the subtraction T2 - T1.
ΔT = T2 - T1 = (-2 °C) - (-10 °C) = -2 °C + 10 °C = 8 °C
The temperature change is positive, meaning that the temperature increased.
So the coordinate points is (6,-2)
Answer: 3/4
Explanation: if you don’t know what the fractions come out to the best way to figure it out is to divide to top number by the bottom number. I. This case 3/4 divides out into 0.75 which fits right in between the other numbers.
The answer is the temperature goes down 2.8° every hour and the expression is x=-11.2/4 because 4 is how many hours between 6pm and 10pm and its -11.2 because that was how much the temperature dropped from 6pm to 10pm