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Example Questions
Example Question #723 : How To Find Differential Functions
Find the derivative.
Use the power rule to find the derivative.
Thus, the derivative is .
Example Question #723 : How To Find Differential Functions
Find the derivative:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #724 : How To Find Differential Functions
Find the derivative of the following function:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #911 : Differential Functions
Find the first derivative of .
We need to differentiate term by term, applying the power rule,
This gives us
Example Question #911 : Differential Functions
Find the first derivative of .
None of the other answers.
We need to differentiate term by term, applying the power rule,
This gives us
Example Question #727 : How To Find Differential Functions
Find the dervivative:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #728 : How To Find Differential Functions
Find the derivative:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #731 : Other Differential Functions
Find the derivative:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #732 : Other Differential Functions
Find the derivative:
Answer not listed
If , then the derivative is .
If , then the derivative is .
If , then the derivative is .
If , the the derivative is .
If , then the derivative is .
There are many other rules for the derivatives for trig functions.
If , then the derivative is . This is known as the chain rule.
In this case, we must find the derivative of the following:
That is done by doing the following:
Therefore, the answer is:
Example Question #731 : How To Find Differential Functions
Find the derivative.
Use the power rule to find the derivative.
Thus, the derivative is .
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