Answer:
True
Step-by-step explanation:
Given functions:
is a composite function.
<u>Composite functions</u> are when the output of one function is used as the input of another.
Therefore, the given composite function means to substitute the function g(x) in place of the x in function h(x), <em>then </em>substitute this in place of the x in function h(x).
<u>Step 1</u>
Substitute the function g(x) in place of the x in function h(x):
<u>Step 2</u>
Now substitute the above in place of the x in function h(x):
Therefore, the statement is true.
To carry out the composite function in one step:
Answer:
∴ Pineapple juice cups , Orange juice
cups and Seltzer juice
cups.
Step-by-step explanation:
Given;
To mix cups of pineapple juice
cups of orange juice in
cups of Seltzer in order to make
servings of plants
Total cup of juice,
cups
To make cups of punch then;
( By fraction rules )
Pineapple juice cups
Orange juice cups and
Seltzer juice cups
So Pineapple juice cups , Orange juice
cups and Seltzer juice
cups.
Answer:
Answer is 88
Step-by-step explanation:
We have Given function
we have to find f'(x) at x=3 Where f'(x) shows derivative of the given function.
This means we need
f'(3)=?
So By definition of the Derivative that is
so this our definition of derivative of the function
Now We have to find out at x=3, So By putting x =3 in definition ,We get
f'(3)=lim(h---->0)(f(3+h)-f(3))/h
Here lim(h--->0) means limit h approaches to zero(right arrow 0limh→0)
=lim(h---->0)((88(3+h)-77))-(88(3)-77))/h
=lim(h---->0)((264+88h-77)-264+77)/h
=lim(h----->0)(264+88h-77-264+77)/h
now by performing simple arithematic we get result
f'(3) = lim(h---->0)(88h/h)
f('3) = lim(h---->0)(88)
here we use law of the limit we limit of the constant is that constant
lim(h----->0)c=c
so
f'(3)=88
So this our answer