Answer:
D. 6x²y³
Step-by-step explanation:
Like GCF in numbers, <em>3x²y should evenly divide into 3x⁴y and the other monomial, and is the largest one to do so in both</em>.
So, we have to find a monomial that 3x²y divides evenly into, and that 3x²y is the largest monomial that can evenly divide into it and 3x⁴y.
A can not work, because <em>3x²y does not divide evenly into 3xy²</em>.
B and C can not work, because the <em>GCF in those two and 3x⁴y will have a larger power of x</em>.
The only one left is D. And looking at it shows that it all checks out.
The answers are:
A.) 81
B.) 16, 807
C.) 10
D.) 78,125
I believe the answer to this one would be 75.0%
What is the lesson? We are aware that the 2 triangles are congruent, they also tell us what the two segments are equal to. Your best is to set up an equation making the segments equal to eachother to find the value of segment WK
Answer:
below
Step-by-step explanation:
for f(x) insert the x into the equation.
example:
f(-6) → -(-6+2)^2
follow pemdas
p: -(-4)^2
e: -(16) because -4 times -4 is 16.
m: -(16) → -16
Do that for the rest of the first table. As for the inverse table, f(x) and x will just switch spots. so (-6,-16) will become (-16,-6)