F(a)=a^2-5a+7
F(a+h)=(a+h)^2-5(a+h)+7
=a^2+2ah+h^2-5a-5h+7
F(a+h)-F(a)=(2ah+h^2)/h
Factor out h, we will have h(2a+h)/h, the answer is 2a+h
Answer:
g(7) = -34/13
Step-by-step explanation:
In order to find g(7), we first need to find the g(x) function. To do so, use the two ordered pairs given, (-3, 2) and (10, -4). First we find the slope.
m(slope) = (y2 - y1)/(x2 - x1)
m = (2 - -4)/(-3 - 10)
m = 6/-13
Now that we have the slope, we can use that and either ordered pair in point-slope form to get the equation of the function.
y - y1 = m(x - x1)
y - 2 = 6/13(x + 3)
y - 2 = -6/13x - 18/13
y = -6/13x + 8/13
g(x) = 6/13x + 8/13
Now that we have this, we can plug in 7 for x and find g(7).
g(x) = -6/13x + 8/13
g(7) = -6/13(7) + 8/13
g(7) = -42/13 + 8/13
g(7) = -34/13
The answer is 300 if you do the per enthuses first
Answer:
40 patients
Step-by-step explanation:
Divide 25 by 5 to get 5 patients per hour (the rate).
Since there are 8 hours, multiply 8 by 5 to get 40 patients in 8 hours.
First we define a reference system.
Let's assume the horizontal axis as positive towards the right.
Suppose Kiley and Jermaine pull the rope to the left, while Gunther pulls the rope to the right.
The equilibrium equation is given by:
Where,
F: force with which Gunther pulls the rope.
Clearing F we have:
The positive sign indicates that Gunther pulls to the right.
Answer:
A force that would result in a balanced force for the game is:
