For this case, the first thing we must do is define variables.
We have then:
h: number of hours
t: temperature
We now write the equation that represents the problem.
We have then:
t (h) = -2h + 32
We note that for h = 0
t (0) = -2 (0) + 32
t (0) = 32
Answer:
An equation that represents the temperature, t, at your h is:
t (h) = -2h + 32
1. linear function
Since it goes on in a constant rate
2.y=x^{3}
Since as x goes up by one y is x to the power of 3.
Answer:
there is no table so we are therefore unable to answer this question
Step-by-step explanation:
sorry
Answer:
its leaner at -4
Step-by-step explanation:
For the first one it would be 10/3 ( 10 over 3 ) and for the second one, it would be 7/13 ( 7 over 13 ) PLUS 4i/13 ( 4i over 13)
