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the rule for differentiating in terms of x is to multiply by the power then decrease the power by one. So going through the equation x^3 will be multiplied by 3 and go to x^2 so will be 3x^2. Then its imp...
Suppose:y = arcsin(x)Then, x = sin(y)And, dx/dy = cos(y) ----- (1)Using: dy/dx = 1/(dx/dy);Thus 1 becomes: dy/dx = 1/cos(y) ------ (2)Using: sin^2(y) + cos^2(y) = 1;JNAnswered by James N. • Maths tutor6987 Views
First differentiating by the rule that xn differentiates to nxn-1 we have that dy/dx = 4x2+6x-4. At the turning points of a curve the differential is equal to 0 so w...
use integration by parts
First, use the standard method of setting the derivative to be equal to 0 to find the stationary points. This yields the equation 3x^2 - 8x + 4 = 0 and so the stationary points are at x = 2/3 and 2 respec...
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