All Calculus 1 Resources
Example Questions
Example Question #821 : How To Find Differential Functions
Find the derivative.
Use the power rule to find the derivative.
Thus, the derivative is .
Example Question #821 : Other Differential Functions
Find the derivative.
Use the quotient rule to find the derivative.
Example Question #822 : Other Differential Functions
Find the derivative.
Use the quotient rule to find the answer.
Simplify.
Example Question #823 : Other Differential Functions
Find the derivative.
Use the quotient rule to find the derivative.
Example Question #824 : Other Differential Functions
Find the derivative.
Use the power rule to find the derivative.
Recall that the derivative of a constant is zero.
Thus, the derivative is -6.
Example Question #2046 : Calculus
Find using implicit differentiation:
To solve for , we differentiate using normal rules, but when taking the derivative of y with respect to x, we must add the term we are solving for, .
Taking the derivative, we get
using the following rules:
, ,
Finally, we solve for :
.
Example Question #831 : How To Find Differential Functions
Determine if the function is differentiable for all :
The function is differentiable but not continuous for all
The function is differentiable for all
The answer cannot be determined without analysis in the complex plane
The function is not differentiable for all
The function is not differentiable for all
When looking at differentiability of piecewise functions over all , first consider if the two functions are continuous and differentiable for all x.
is discontinuous at , but that's okay is restricted for . However does not exist for . Since this is the case, we can say that this piecewise function is not differentiable for all .
Example Question #1015 : Differential Functions
What is the second derivative of
To find the second derivative, you must first find the first derivative. When taking the derivative, multiply the exponent by the coefficient in front of the x term and then subtract one from the exponent. Therefore, the first derivative is: . Then, take the derivative again to get the second derivative: .
Example Question #2041 : Calculus
What is the derivative of
First, distribute the 9 to get . Then, take the derivative, remembering to multiply the exponent by the coefficient in front of the x and then subtracting one from the exponent to get an answer of .
Example Question #1021 : Functions
Find the first derivative of the following function:
The derivative of the function is equal to
and was found using the following rules:
, , ,
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