Problem 1SP: Some of the geometric formulas we take for granted today were first derived by methods that... Problem 2SP: Some of the geometric formulas we take for granted today were first derived by methods that... Problem 3SP: Some of the geometric formulas we take for granted today were first derived by methods that... Problem 4SP: Some of the geometric formulas we take for granted today were first derived by methods that... Problem 5SP: Some of the geometric formulas we take for granted today were first derived by methods that... Problem 83E: In the following exercises, use the limit Laws to evaluate each limit. Justify each step by... Problem 84E: In the following exercises, use the limit laws to evaluate each limit. Justify each step by... Problem 85E: In the following exercises, use the limit laws to evaluate each limit. Justify each step by... Problem 86E: In the following exercises, use the limit laws to evaluate each limit. Justify each step by... Problem 87E: In the following exercises, use direct substitution to evaluate each limit. 87. limx7x2 Problem 88E: In the following exercises, use direct substitution to evaluate each limit. 88. limx2(4x21) Problem 89E: In the following exercises, use direct substitution to evaluate each limit. 89. limx011+sinx Problem 90E: In the following exercises, use direct substitution to evaluate each limit. 90. limx2e2xx2 Problem 91E: In the following exercises, use direct substitution to evaluate each limit. 91. limx127xx+6 Problem 92E: In the following exercises, use direct substitution to evaluate each limit. 92. limx3Ine3x Problem 93E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 94E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 95E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 96E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 97E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 98E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 99E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 100E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 101E: In the following exercises, use direct substitution to show that each limit leads to the... Problem 102E: ]In the following exercises, use direct substitution to show that each limit leads to the... Problem 103E: In the following exercises, use direct substitution to obtain an undefined expression. Then, use the... Problem 104E: In the following exercises, use direct substitution to obtain an undefined expression. Then, use the... Problem 105E: In the following exercises, use direct substitution to obtain an undefined expression. Then, use the... Problem 106E: In the following exercises, use direct substitution to obtain an undefined expression. Then, use the... Problem 107E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 108E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 109E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 110E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 111E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 112E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 113E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 114E: In the following exercises, assume that limx6f(x)=4,limx6g(x)=9,andlimx6h(x)=6 . Use these three... Problem 115E: [T] In the following exercises, use a calculator to draw the graph of each piecewise-defined... Problem 116E: [T] In the following exercises, use a calculator to draw the graph of each piecewise-defined... Problem 117E: [T] In the following exercises, use a calculator to draw the graph of each piecewise-defined... Problem 118E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 119E: In the following exercises, use the following graphs and the limit laws to evaluate each limit. y =... Problem 120E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 121E: yIn the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 122E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 123E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 124E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 125E: In the following exercises, use the following graphs and the limits laws to evaluate each limit. ... Problem 126E: For the following problems, evaluate the limit using the squeeze theorem. Use a calculator to graph... Problem 127E: For the following problems, evaluate the limit using the squeeze theorem. Use a calculator to graph... Problem 128E: For the following problems, evaluate the limit using the squeeze theorem. Use a calculator to graph... Problem 129E: [T] In physics, the magnitude of an electric field generated by a point charge at a distance r in... Problem 130E: [T] The density of an object is given by its mass divided by its volume: =m/V. Use a calculator to... format_list_bulleted