Take one step at a time. First, let's evaluate g(1):
g(1) = 2*1-3 = -1
now plug this into f:
f(-1) = 5*-1 = -5. So the second answer is the right one.
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Same approach for q 12, only now we have no value to fill in for x. What's confusing here is that the x's of f and g should not be mixed up. For the sake of clarity let's rewrite f as
f(z) = 5z + 9.
Now we'll write 3-4x everywhere we find a z. Ah, only one place.
f(g(x)) = 5(3-4x) + 9 = 15 - 20x + 9 = 24 - 20x
Answer:
Choice A. x = y
Step-by-step explanation:
x and y are alternate interior angles.
Theorem:
If parallel lines are cut by a transversal, then alternate interior angles are congruent.
Answer: Choice A. x = y
The correct answer is B.
16-9=7
So, 7+9=16.
If we add to 9 only 1 (out of those 7) we have then 10, remaining 6.
9+1=10
Now, if to 10 we add the remaining 6 we will have the final 16.
10+6=16
16-9=7 <=> 9+7=16 <=> (9+1)+6=16
The answer would be B, (6,-3) because when you plug in the x and y values into the inequality, it is the only result that is true
Answer:
1.53 x 10 8
Step-by-step explanation: the 8 is small i just didnt know how to make it small lol
