SOLUTION: Let f(t) = 4/(t^2). Use the defintion of the derivative to determine f'(-1)
Let g(x) = 1/(x+1). Use the defintion of the derivative to determine g'(1)
Please show how this
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-> SOLUTION: Let f(t) = 4/(t^2). Use the defintion of the derivative to determine f'(-1)
Let g(x) = 1/(x+1). Use the defintion of the derivative to determine g'(1)
Please show how this
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Question 1008996: Let f(t) = 4/(t^2). Use the defintion of the derivative to determine f'(-1)
Let g(x) = 1/(x+1). Use the defintion of the derivative to determine g'(1)
You can put this solution on YOUR website! 4(T+2)^-1
DERIVATIVE IS 4*(-1)(T+2)^(-2)
NOTE: QUOTIENT RULE GIVES SAME RESULT.
F'(-1)=-4/1^2=-4
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1/(X+1)
DERIVATIVE HAS DENOMINATOR OF (X+1)^2
NUMERATOR IS -1
-1/(X+1)^2
G(-1)=UNDEFINED.
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