Answer:
Step-by-step explanation:
Look at both terms separately, and isolate each "part."
i.e. 12x^4y^2 becomes 12, x^4, y^2
So the problem becomes:
12, x^4, y^2 and
30, x^3, y^1
Then, find the GCF of each term,
30 and 12 - 6
x^4 and x^3 - x^3
y^2 and y^1 - y^1
Hope it helps :) and let me know if you want me to elaborate.
The answer is 2x+1 vickndcufbsinscujehxhf
<span>Systems of equations:
x = number of adult tickets sold
y = number of student tickets sold
x + y = 396
y = 2x
if y = 2x that means we can literally put 2x in for y in the first equation.
x + (2x) = 396
3x = 396
x = 132
x + y = 396
132 + y = 396
y = 264</span>
Given:
The expression is
To find:
The factors by grouping method.
Solution:
We have,
Taking out common factors, we get
Splitting the middle term, we get
By grouping method, we get
Therefore, the factor form of given expression is x(x-5)(9x+6).
