So basically this is just a quotient rule problem with the chain rule
Turn the square root into the 1/2 power and the derivative of the bottom with the chain rule is 1/2(1+x^2)^-1/2 and add on the derivative of the inside, 2x
the full derivative is ((1+x^2)(1)-(x)(1/2(1+x^2)^-1/2 +2x))/ 1+x^2 since you square the denominator when you apply the quotient rule.
2 times the Square root of 3 + 4
The square root of x = x to the power of a half
The derivative of sqrt(2) is zero.
Use the formula for the derivative of a power. The square root of (x-5) is the same as (x-5)1/2.
No, it cannot be simplified.
2 times the Square root of 3 + 4
44 divided by (the square root of 4 plus the square root of 4) or 4 divided by point 4 plus 4/4
(7*sqrt(2))/2 (Seven time the square root of 2, divided by two)
There is no square root of -75. If it's 75, that is 5 square root 3.
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The square root of x = x to the power of a half
the derivative is 0. the derivative of a constant is always 0.
The derivative of sqrt(2) is zero.
29.5
Use the formula for the derivative of a power. The square root of (x-5) is the same as (x-5)1/2.
root 3 - 1 all over 2
Multiply everything by the square root of 3 minus the square root of 2 and then times that by 100 - 72 and divide that by 5