Answer: Our required function F(t) would be

Step-by-step explanation:
Since we have given that
Let the number of hours be 't'.
Amount for each hour = $6
Let F(t) be the total fee for a single job that took t hours for her to complete.

According to question, for 4 hour job, total fee is $32.
So, it becomes,

Hence, our required function F(t) would be

From the kinematic equations, s(t) = s_in + (v_in)(t) - (1/2)(g)(t^2). This means that there is an initial distance of 4, initial velocity and acceleration (in opposite direction of the motion) f 32. Option 4 shows the correct answer.
The answer to the question is c
Answer:
All the expressions other than option E, is equivalent to the expression 18m - 12.
Step-by-step explanation:
A. 6m - 4 + 6m -4 + 6m - 4
or 6m+6m+6m -4 -4 -4
or 18m -12
B. 12m + 6 - 6m -6
or 12m - 6m + 6 - 6
or 6m
C.6(3m - 2)
or 18m - 12
D.3(6m - 4)
or 18m - 12
E. 24n - 4² + 8 -6m
This option can not satisfy the given expression as it contains another variable as n.