Problem 1E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 2E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 3E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. f(x)=a5x Problem 4E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 5E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 6E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 7E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. y=410xx3 Problem 8E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 9E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 10E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. y=2x+2x3 Problem 11E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 12E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 13E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 14E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 15E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 16E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. y=2+x Problem 17E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. f(x)=e+x Problem 18E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. f(x)=x+x Problem 19E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 20E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 21E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 22E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants. f()=ek1 Problem 23E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 24E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 25E: In Exercises 125, find the derivatives of the functions. Assume that a and k are constants.... Problem 26E: In Exercises 2628, find formulas for f and f. f(x)=2x Problem 27E: In Exercises 2628, find formulas for f and f. f(t)=5t+1 Problem 28E: In Exercises 2628, find formulas for f and f. f(v)=v+3v Problem 29E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 30E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 31E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 32E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 33E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 34E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 35E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 36E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 37E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 38E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 39E: In Problems 2939, can the functions be differentiated using the rules developed so far?... Problem 40E: (a) Use Figure 3.12 to rank the quantities f (1), f (2), f (3) from smallest to largest. (b) Confirm... Problem 41E: An animal population is given by P(t) = 300(1.044)t where t is the number of years since the study... Problem 42E: With a yearly inflation rate of 2%, prices are given by P=P0(1.02)t, where P0 is the price in... Problem 43E: After a storm, a high-pressure system moves into Duluth, Minnesota. The air pressure t hours after... Problem 44E: The value of an automobile purchased in 2014 can be approximated by the function V (t) = 30(0.85)t,... Problem 45E: With t in years since the start of 2014, worldwide annual extraction of copper is 17.9(1.025)t... Problem 46E: Food bank usage in Britain has grown dramatically over the past decade. The number of users, in... Problem 47E: In 2012, the population of Mexico was 115 million and growing 1.09% annually, while the population... Problem 48E: Some antique furniture increased very rapidly in price over the past decade. For example, the price... Problem 49E: Find the quadratic polynomial g(x)=ax2+bx+c which best fits the function f(x)=ex at x = 0, in the... Problem 50E: In Problems 5051, explain what is wrong with the statement. The derivative of f(x)=2x is f(x)=x2x1. Problem 51E: In Problems 5051, explain what is wrong with the statement. The derivative of f(x)=e is f(x)=ee1. Problem 52E: In Problems 5253, give an example of: An exponential function for which the derivative is always... Problem 53E: In Problems 5253, give an example of: A function f such that f(x)=f(x). Problem 54E: Are the statements in Problems 5456 true or false? Give an explanation for your answer. If f(x) is... Problem 55E: Are the statements in Problems 5456 true or false? Give an explanation for your answer. There is no... Problem 56E: Are the statements in Problems 5456 true or false? Give an explanation for your answer. If f(x) is... format_list_bulleted