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Recall the derivatives of some common functions, and complete the table below Function Derivative Sum of two functions d(u + vydx = Difference of two functions d(u – v)/dx = Product of two functions d(u vydx = Quotient of two functions d(u / vydx = Constant d(aydx Function x d(x)/dx = Function times a constant d(a xydx = Chain rule for u = fix) d(a x)/dx = Function raised to an exponent d(x"/dx = Exponential function (natural) d(e/dx = Exponential function (generall) d(a'/dx = Natural logarithm d(In xy/dx = Common logarithm d(log xydx = Sine function d(sin x /dx = Cosine function= d(cos x)/dx =

Recall the derivatives of some common functions, and complete the table below Function Derivative Sum of two functions d(u + vydx = Difference of two functions d(u – v)/dx = Product of two functions d(u vydx = Quotient of two functions d(u / vydx = Constant d(aydx Function x d(x)/dx = Function times a constant d(a xydx = Chain rule for u = fix) d(a x)/dx = Function raised to an exponent d(x"/dx = Exponential function (natural) d(e/dx = Exponential function (generall) d(a'/dx = Natural logarithm d(In xy/dx = Common logarithm d(log xydx = Sine function d(sin x /dx = Cosine function= d(cos x)/dx =

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Recall the derivatives of some common functions, and complete the table below Function Derivative Sum of two functions d(u + vydx = Difference of two functions d(u – v)/dx = Product of two functions d(u vydx = Quotient of two functions d(u / v/dx = Constant d(a)/dx= Function x d(x)/dx = Function times a constant d(a xydx = Chain rule for u = fix) d(a x)/dx = Function raised to an exponent d(x"/dx = Exponential function (natural) d(e/dx = Exponential function (generall) d(a")/dx = Natural logarithm d(In x)/dx = Common logarithm d(log x)dx = Sine function d(sin x /dx = Cosine function= d(cos x)/dx =
Transcribed Image Text:Recall the derivatives of some common functions, and complete the table below Function Derivative Sum of two functions d(u + vydx = Difference of two functions d(u – v)/dx = Product of two functions d(u vydx = Quotient of two functions d(u / v/dx = Constant d(a)/dx= Function x d(x)/dx = Function times a constant d(a xydx = Chain rule for u = fix) d(a x)/dx = Function raised to an exponent d(x"/dx = Exponential function (natural) d(e/dx = Exponential function (generall) d(a")/dx = Natural logarithm d(In x)/dx = Common logarithm d(log x)dx = Sine function d(sin x /dx = Cosine function= d(cos x)/dx =
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