For the functions f(x) = 2x − 6 and g(x) = 5x + 1, which composition produces the greatest output? A. Both compositions produce the same output B. Neither composition produces an output. C. f(g(x)) produces the greatest output. D. g(f(x)) produces the greatest output.
Answers
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.
Answer:
-24
Step-by-step explanation:
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Evaluate the expression when c=6 and y=7. 2y-c
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Which of the following expressions are equivalent to 16a³b²-8a565 +12a4b? Select all that apply.4a³b (4b-2a²b4 +3a) 2ab (8a²b-8a¹b² +6a³) 4a³65 (4a²b³-2+3ab¹) 2a²b (8ab-4a³b4 + 6a²) 4b (4a³b-2a564 +3aª) 2a (8a³b²-4a¹b5 +6a¹b)
B) y=-1/4x^2
C) y=1/16x^2
D) y=-1/16x^2
Answers
Answer:B
Step-by-step explanation:
Answers
2+4y
Explanation:
The height of the tree increases by 4 feet per year, so we know to multiply 4 by the number of years to find its height. The initial height of the tree is 2, so we add 2 to 4y.
Example: The height of the tree in 6 years
2+4y
2+4*6
=2+24
=26
I hope this helps!
Answer:
2+4y
Step-by-step explanation:
y < x + 2
(1, −5)
(1, 5)
(5, 1)
(−1, 5)
Answers
Answer with Step-by-step explanation:
We have to find the points which lie in the solution set of the following system of inequalities:
y < −3x + 3
y < x + 2
(1, −5)
when x=1
y < −3x + 3⇒ y<0
y < x + 2⇒ y<3
and y= -5 satisfies the above inequalities
So, it lies in the solution set
(1, 5)
when x=1
y < −3x + 3⇒ y<0
y < x + 2⇒ y<3
and y= 5 does not satisfy the above inequalities
So, it does not lie in the solution set
(5, 1)
when x=5
y < −3x + 3⇒ y< -12
y < x + 2⇒ y<7
and y= 1 does not satisfy the above inequalities
So, it does not lie in the solution set
(−1, 5)
when x= -1
y < −3x + 3⇒ y<6
y < x + 2⇒ y<1
and y= 5 does not satisfy the above inequalities
So, it does not lie in the solution set
Hence, Correct answer is:
(1,-5)
Answers
Naturally, a pyramid of zero layers doesn't need any snowballs, so P(0) = 0. Then using the given recurrence, we find
P(1) = 1
P(2) = 1 + 4 = 5
P(3) = 1 + 4 + 9 = 14
P(4) = 1 + 4 + 9 + 16 = 30
and so on; luckily, three of these are listed among the answer choices, which leaves 25 as an insufficient number of snowballs to make such a pyramid.
More generally, we would end up with
Then given some number of snowballs S, you could try to solve for n such that
S = n (n + 1) (2n + 1)/6
and any S that makes n a non-integer would be the answer.
Answers
Answer:
It might be -2/3
I tried doing the way I did in school but also on ---- and got the same answer so sorry if it's wrong
Answer:
-3/2
Step-by-step explanation:
4x-6y=12
-6y=12-4x
6y=4x-12
y=2/3x-2
Slope= 2/3
Perpendicular Slope= -3/2
The perpendicular line's slope is the opposite reciprocal of the original slope, so you answer is -3/2.
Answers
Answer:
The rock climber’s initial height above sea level was 20 meters.
Step-by-step explanation:
This is because y-intercept is 20, meaning at time 0 minutes, the rock climber was at 20 meters.