Simplify: a^2b^2c^2(2ab+3ac+2bc)

Answers

Answer 1

Answer: We can do this like so:

$a^{ 2b^{ 2c^(2) } }$ = $a^(8bc)$

$a^(8bc)$ * 2ab = $2ba^(16bc)$
$a^(8bc)$ * 3ac = $2ca^(16bc)$
$a^(8bc)$ * 2bc = $2bca^(8bc)$

Related Questions

Please help me this is due today!!!! I really need help on this!!!!
Solve for x (6x+1)+(6x+5)=180
WILL MARK BRAINLIEST!!!!!!f(x) = x2 + 3; g(x) = Square root of quantity x minus two.Find f(g(x)).f(g(x)) = (x2 + 3)(Square root of quantity x minus two.)f(g(x)) = Square root of quantity x minus two divided by quantity x squared plus three.f(g(x)) = x + 1f(g(x)) = Square root of quantity x squared plus three.
Find each product or quotient. Use significant digits. 1,370 m 31.7 sa. 43 m/s b. 43.218 m/s c. 43.22 m/s d. 43.2 m/s
Write the standard form of the line with x- intercept of 3 and y-intercept of 4

An unknown number y is 15 more than an unknown number x. The number y is also x less than 8. The equations to find x and y are shown below. y = x + 15
y = −x + 8

Which of the following statements is a correct step to find x and y?
Answers:
Multiply the equations to eliminate y.

Add the equations to eliminate x.

Write the points where the graphs of the equations intersect the x-axis.

Write the points where the graphs of the equations intersect the y-axis.

Answers

Add the equations to eliminate x.

y = x + 15
y = −x + 8

2y = 23

y = 11.5

All right, if I remember correctly... You have to add the equations to eliminate x.

Now, how you do that... let me search my memory for that xDDDD

Number of cookies that Beth has? 3<(1)/(5)-2 Solve the inequality wrote