d/dx*(x1) = limh→0= (Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, fractional, 0, and 1 exponents as appropriate) d/dx*(x2) == limh→0=(Enter the simplified form of the difference quotient) == (Enter an exponential expression, using fractional, negative, 0, and 1 exponents as appropriate) d/dx*(x−1) = limh→0 (Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, 0, fractional, and 1 exponents as appropriate) d/dx*(x1/2) = limh→0 =(Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, 0, 1, and fractional exponents as appropriate) This suggests
d/dx*(x1) = limh→0= (Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, fractional, 0, and 1 exponents as appropriate) d/dx*(x2) == limh→0=(Enter the simplified form of the difference quotient) == (Enter an exponential expression, using fractional, negative, 0, and 1 exponents as appropriate) d/dx*(x−1) = limh→0 (Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, 0, fractional, and 1 exponents as appropriate) d/dx*(x1/2) = limh→0 =(Enter the simplified form of the difference quotient) = (Enter an exponential expression, using negative, 0, 1, and fractional exponents as appropriate) This suggests
Chapter5: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 37CT: On the day a grandchild is born, a grandparent deposits $2500 in a fund earning 7.5% interest,...
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Question
| d/dx*(x1) | = | limh→0= (Enter the simplified form of the difference quotient) | |
| = | (Enter an exponential expression, using negative, fractional, 0, and 1 exponents as appropriate) | ||
| d/dx*(x2) | == | limh→0=(Enter the simplified form of the difference quotient) | |
| == | (Enter an exponential expression, using fractional, negative, 0, and 1 exponents as appropriate) | ||
| d/dx*(x−1) | = | limh→0 (Enter the simplified form of the difference quotient) | |
| = | (Enter an exponential expression, using negative, 0, fractional, and 1 exponents as appropriate) | ||
| d/dx*(x1/2) | = | limh→0 =(Enter the simplified form of the difference quotient) | |
| = | (Enter an exponential expression, using negative, 0, 1, and fractional exponents as appropriate) |
This suggests
d/dx*(x^n)=
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