4x to the sixth can be expanded to (4x * 4x * 4x)(4x * 4x * 4x) or (4x to the third)(4x to the third) the square root of the above would be 4x to the third
11
... and what is the question?
Given, 4x2 - 4x + 3 = 0; then, 4x2 - 4x + 1 = (2x - 1)2 = -2, 2x - 1 = √-2 = ±i√2, and 2x = 1 ± i√2; therefore, x = ½(1 ± i√2).
10 to the 4th power is 10,000
Yes.
66666 66666 66666
4x to the 3rd power -4x to the 2nd power -43 when x=3
4x to the sixth can be expanded to (4x * 4x * 4x)(4x * 4x * 4x) or (4x to the third)(4x to the third) the square root of the above would be 4x to the third
-1
2x^8 x 3x^2 x -4x = -24x^11
40
(4x-8)2 = (4x-8)(4x-8) = 16x2-32x-32x+64 = 16x2-64x+64
12x to the 13th power
(4x - 1)(4x + 1)
Since 16x3 is a multiple of 4x, it is automatically the GCF of this problem.
4x&10x