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Use the limit definition to evaluate f’(x), for f(x)=5x2 +6
10x
5x
2x
Use the limit definition to compute the derivative, f’(x), for f(x)=
lnx
1/x
sinx
Use the limit definition to evaluate f’(x), for f(x)=x2+2
Use the limit definition to compute the derivative, f’(x), for f(x)=4x4
16x5
16x2
16x3
Use the limit definition to evaluate f’(x), for f(x)=sinx
tanx
-cosx
cosx
Use the limit definition to evaluate f’(x), for f(x)=4x+3
4
3
2
Use the limit definition to evaluate f’(x), for f(x)=2x+8
5
Use the limit definition to evaluate f’(x), for f(x)=4
0
Use the limit definition to compute the derivative, f’(x), for f(x)=tanx
x
-x
-sinx
Use the limit definition to evaluate f’(x), for f(x)=ex
extanx
ex
xex
It is done.