Answer:
Last option is correct
104x^4 + 16x^4√30
Step-by-step explanation:
let’s simplify what we have in the roots;
4x √(5x^2) = 4x^2 √5
(4x^2√5) + 2x^2 √(6)^2
(4x^2√5)(4x^2√5) + 4x^2√5(2x^2√6) + 2x^2√6(4x^2√5) + 2x^2√6(2x^2√6)
= (16 * x^4 * 5) + (8 * x^4 * √30) + (8 * x^4 * √30) + (4 * x^4 *6)
= 80x^4 + 8x^4 √30 + 8x^4 √30 + 24x^4
= 104x^4 + 16x^4√30
Answer:
Option (a) is correct.
The value of given function
at x = 3 is -28
Step-by-step explanation:
Given : Function 
We have to find the value of given function at x = 3
Consider the given function 
Since, we have tof ind the value of function at x = 3
Put x = 3 in given function f(x)

Simplify, we have,

Thus, the value of given function
at x = 3 is -28
Answer:
245
Step-by-step explanation:
that is the answer 245
That would be the commutative property
Answer:
300
Step-by-step explanation:
Because of PEMDAS (Order of Operations), you would do the exponent first.
So, 3(x)^2 and 3(100)
Then you get 300
Hope this helps!