|
|
|
|
|
Differential Calculus
Differentiation and Derivatives
Select a Problem
Click on the Problem Name link to download
[Previous] [1-10] [11-20] [21-30] [31-40] [41-50] [51-60] [61-70] [71-80] [Next]
|
Problem Name |
Problem Description |
Notes |
|
Find the derivative of the following function. Then evaluate the derivative for the given value of the independent variable. |
|
|
|
Find the derivative of the following function. Then evaluate the derivative for the given value of the independent variable. |
|
|
|
Find the formula for the derivative with respect to |
|
|
|
Find the formula for the derivative with respect to |
|
|
|
Find the formula for the derivative with respect to |
|
|
|
Find the formula for the derivative with respect to |
|
|
|
Find the formula for the derivative with respect to |
|
|
|
If |
|
|
|
Write an expression for |
|
|
|
Using the definition of the derivative, show that, if |
|
[Previous] [1-10] [11-20] [21-30] [31-40] [41-50] [51-60] [61-70] [71-80] [Next]
|
|
dicksblog.info/mathsolutions/. All rights are reserved.
|
; evaluate 
when 
.
; evaluate 
when 
.
for the function. (Treat 
, 
, and 
as constants.)
for the function. (Treat 
, 
, and 
as constants.)
for the function. (Treat 
, 
, and 
as constants.)
for the function. (Treat 
, 
, and 
as constants.)
for the function. (Treat 
, 
, and 
as constants.)
, where 
is a constant and 
is a function of 
, then use the definition of the derivative to prove that 
.
for the function 
. (
). Then use the definition of the derivative to find 
.
, then 
.
