 4.1.1: Indicate all critical points on the graph of f in Figure 4.12and de...
 4.1.2: Graph a function which has exactly one critical point, atx = 2, and...
 4.1.3: Graph a function with exactly two critical points, one ofwhich is a...
 4.1.4: In Exercises 48, use derivatives to find the critical points andinf...
 4.1.5: In Exercises 48, use derivatives to find the critical points andinf...
 4.1.6: In Exercises 48, use derivatives to find the critical points andinf...
 4.1.7: In Exercises 48, use derivatives to find the critical points andinf...
 4.1.8: In Exercises 48, use derivatives to find the critical points andinf...
 4.1.9: In Exercises 912, find all critical points and then use the firstde...
 4.1.10: In Exercises 912, find all critical points and then use the firstde...
 4.1.11: In Exercises 912, find all critical points and then use the firstde...
 4.1.12: In Exercises 912, find all critical points and then use the firstde...
 4.1.13: In Exercises 1314, find the critical points of the function andclas...
 4.1.14: In Exercises 1314, find the critical points of the function andclas...
 4.1.15: (a) Use a graph to estimate the xvalues of any criticalpoints and ...
 4.1.16: In Exercises 1619, the function f is defined for all x. Use thegrap...
 4.1.17: In Exercises 1619, the function f is defined for all x. Use thegrap...
 4.1.18: In Exercises 1619, the function f is defined for all x. Use thegrap...
 4.1.19: In Exercises 1619, the function f is defined for all x. Use thegrap...
 4.1.20: (a) Show that if a is a positive constant, then x = 0 isthe only cr...
 4.1.21: (a) If b is a positive constant and x > 0, find all criticalpoints ...
 4.1.22: (a) If a is a nonzero constant, find all critical points off(x) = a...
 4.1.23: If U and V are positive constants, find all critical pointsofF(t) =...
 4.1.24: Indicate on the graph of the derivative function f in Figure4.13 th...
 4.1.25: Indicate on the graph of the derivative f in Figure 4.14the xvalue...
 4.1.26: Indicate on the graph of the second derivative f in Figure4.15 the ...
 4.1.27: For 2730, sketch a possible graph of y = f(x),using the given infor...
 4.1.28: For 2730, sketch a possible graph of y = f(x),using the given infor...
 4.1.29: For 2730, sketch a possible graph of y = f(x),using the given infor...
 4.1.30: For 2730, sketch a possible graph of y = f(x),using the given infor...
 4.1.31: Suppose f has a continuous derivative whose values aregiven in the ...
 4.1.32: (a) The following table gives values of the differentiablefunction ...
 4.1.33: If water is flowing at a constant rate (i.e., constant volumeper un...
 4.1.34: If water is flowing at a constant rate (i.e., constant volumeper un...
 4.1.35: Find and classify the critical points of f(x) = x3(1x)4as local max...
 4.1.36: If m, n 2 are integers, find and classify the criticalpoints of f(x...
 4.1.37: The rabbit population on a small Pacific island is approximatedbyP ...
 4.1.38: Find values of a and b so that the function f(x) =x2 + ax + b has a...
 4.1.39: Find the value of a so that the function f(x) = xeax hasa critical ...
 4.1.40: Find constants a and b in the function f(x) = axebxsuch that f( 13 ...
 4.1.41: Graph f(x) = x + sin x, and determine where f is increasingmost rap...
 4.1.42: You might think the graph of f(x) = x2 + cos x shouldlook like a pa...
 4.1.43: 4344 show graphs of the three functions f, f, f.Identify which is w...
 4.1.44: 4344 show graphs of the three functions f, f, f.Identify which is w...
 4.1.45: 4546 show graphs of f, f, f. Each of thesethree functions is either...
 4.1.46: 4546 show graphs of f, f, f. Each of thesethree functions is either...
 4.1.47: Use the derivative formulas and algebra to find the intervalswhere ...
 4.1.48: Let f be a function with f(x) > 0 for all x. Set g = 1/f.(a) If f i...
 4.1.49: In 4950, the differentiable function f has x = 1 asits only zero an...
 4.1.50: In 4950, the differentiable function f has x = 1 asits only zero an...
 4.1.51: In 5152, the graph of f lies entirely above the xaxisand f(x) < 0 f...
 4.1.52: In 5152, the graph of f lies entirely above the xaxisand f(x) < 0 f...
 4.1.53: In 5354, explain what is wrong with the statement.An increasing fun...
 4.1.54: In 5354, explain what is wrong with the statement.For any function ...
 4.1.55: In 5557, give an example of:A function which has no critical points...
 4.1.56: In 5557, give an example of:A function, f, which has a critical poi...
 4.1.57: In 5557, give an example of:A function with local maxima and minima...
 4.1.58: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.59: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.60: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.61: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.62: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.63: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.64: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.65: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.66: Are the statements in 5866 true or false for a functionf whose doma...
 4.1.67: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.68: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.69: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.70: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.71: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.72: In 6772, give an example of a function f thatmakes the statement tr...
 4.1.73: Given that f(x) is continuous everywhere and changesfrom negative t...
Solutions for Chapter 4.1: USING FIRST AND SECOND DERIVATIVES
Full solutions for Calculus: Single and Multivariable  6th Edition
ISBN: 9780470888612
Solutions for Chapter 4.1: USING FIRST AND SECOND DERIVATIVES
Get Full SolutionsCalculus: Single and Multivariable was written by and is associated to the ISBN: 9780470888612. This textbook survival guide was created for the textbook: Calculus: Single and Multivariable , edition: 6. Chapter 4.1: USING FIRST AND SECOND DERIVATIVES includes 73 full stepbystep solutions. This expansive textbook survival guide covers the following chapters and their solutions. Since 73 problems in chapter 4.1: USING FIRST AND SECOND DERIVATIVES have been answered, more than 31258 students have viewed full stepbystep solutions from this chapter.

Circle graph
A circular graphical display of categorical data

Common difference
See Arithmetic sequence.

De Moivre’s theorem
(r(cos ? + i sin ?))n = r n (cos n? + i sin n?)

Dependent event
An event whose probability depends on another event already occurring

Exponential growth function
Growth modeled by ƒ(x) = a ? b a > 0, b > 1 .

Fivenumber summary
The minimum, first quartile, median, third quartile, and maximum of a data set.

Leibniz notation
The notation dy/dx for the derivative of ƒ.

Linear system
A system of linear equations

Magnitude of a vector
The magnitude of <a, b> is 2a2 + b2. The magnitude of <a, b, c> is 2a2 + b2 + c2

Main diagonal
The diagonal from the top left to the bottom right of a square matrix

Multiplicative inverse of a real number
The reciprocal of b, or 1/b, b Z 0

Probability simulation
A numerical simulation of a probability experiment in which assigned numbers appear with the same probabilities as the outcomes of the experiment.

Quadrant
Any one of the four parts into which a plane is divided by the perpendicular coordinate axes.

Range screen
See Viewing window.

Reduced row echelon form
A matrix in row echelon form with every column that has a leading 1 having 0’s in all other positions.

Reference angle
See Reference triangle

Second quartile
See Quartile.

Sinusoidal regression
A procedure for fitting a curve y = a sin (bx + c) + d to a set of data

Slant asymptote
An end behavior asymptote that is a slant line

Symmetric about the yaxis
A graph in which (x, y) is on the graph whenever (x, y) is; or a graph in which (r, ?) or (r, ?, ?) is on the graph whenever (r, ?) is