F(g(x)) = 2(5x+1)-6 = 10x+2-6 = 10x-4
g(f(x)) = 5(2x-6)+1 = 10x-30+1 = 10-29
10x-4>10-29 because from f(g(x)) you subtract less quantity.
The answer to your question is C. I hope that this is the answer that you were looking for and it has helped you.
Given:
To find:
The function 
.
Solution:
we have,
Put g(x)=y.
Interchange x and y.
Isolate y.
Substitute 
.
Therefore, the correct option is (3).
Answer:
4x+2.5+2.5+3+3=2x+2.5+3+3+3 AND 4x+5+6=2x+2.5+6
Step-by-step explanation:
Answer:
$116.53
Step-by-step explanation:
Bryan earn's 11.80 per hour. He is paid time and a half for hours worked over 8hrs in a day. So if you divide 11.80 by 2, you get 5.90.
11.80+5.90=17.70. This is the amount he gets paid if he works overtime.
If Bryan worked 9.25 hrs yesterday, we already know that he made $94.40 in 8 hours. We have to find the amount he got paid for working over time.
The remaining hours are 1.25. We can add $17.70 to 94.40 to get 112.10. Now we have to figure out the remainder which is a quarter of an hour. Multiply 17.70 by .25 and you will get 4.43.
The total amount he got paid for working over time was $116.53.
Answer:
1.34 (3 sf)
Step-by-step explanation:
To find the area between 2 curves:
As these 2 curves intersect, we have to first calculate where they intersect, then work out the area between the curves BEFORE and AFTER the point of intersection, as the "top" and "bottom" curves change after the point of intersection (see attached graph).
sin(x) = cos(x)
⇒ tan(x) = 1
⇒ x = 
So the curves intersect at 
(between x = 0 and x = 2)
To calculate the area between the 2 curves, 
and :
Then to calculate the area between the 2 curves, and 
:
Therefore, the total area = 
(Please Brainliest if helped - thanks!)
