The value of the function become -5.
According to the statement
We have to find that the value of the h(4).
So, For this purpose, we know that the
A function is defined as a relation between a set of inputs having one output each.
From the given information:
The function is:
(x) = -2x+ 3
For h it becomes the function
(h) = -2h+ 3
Put the value of the h is 4.
Then
(h) = -2h+ 3
(4) = -2(4)+ 3
h(4) = -8+3
h(4) = -5.
After put the h is 4 then the value of the function become -5.
So, The value of the function become -5.
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Critical points is where the derivative (slope) is zero or does not exist. So to do this we have to find the derivative of our function:
So we apply chain rule:
=
Set our first derivative to zero and solve for x:
3(x^2 - 1) * 2x = 0
So we can see that (by plugging in) 0, -1 and 1 makes our solution true
So our critical value is x = 0, x = -1, x = 1
Answer:
no
Step-by-step explanation:
2^6=64
4^4=256
Answer:
35 years
Step-by-step explanation:
The proportion p that remains after y years is ...
p = (1/2)^(y/5.27)
In order for 1/100 to remain (the level decays from 100 times to 1 times), we have ...
.01 = .5^(y/5.27)
log(0.01) = y/5.27·log(0.5) . . . take logs
y = 5.27·log(0.01)/log(0.5) ≈ 35.01 ≈ 35 . . . . years
8 3/4 + 9 5/9 Add 8 and 9
17 + 3*9/4*9 + 5*4/9*4 Find common denominator
17 + 27/36 + 20/36 Add
17 + 47/36 Convert into mixed fraction
17 + 1 11/36 Simplify mixed fraction
18 11/36. Answer
If you need the decimal form, it is 18.31. But other than that, the answer is 18 11/36.
