Compute the derivative:
|
|
Step 1: Ensure that the lower bound of your antiderivative is a constant, a , and the upper bound is an equation, x .
Here the antiderivative is setup as it needs to be the lower bound is a constant, 0 , and the upper bound is an equation, x . |
|
Step 2: Take the derivative of your antiderivative. At this point you essentially cancel out the antiderivative and plug your upper bound equation , x , into the equation that was inside the antiderivative, .
Here you would replace all the t ’s in your equation with x ’s, the upper bound equation. |
|
Step 3 (only if your equation is more than just an
x
):
|
|
Final Result: The derivative of the equation would be . |