tailieunhanh - Mathematics - Lecture 10: The 2-Dimensional coordinate system and graphs of equations: Lines

Mathematics - Lecture 10 "The 2-Dimensional coordinate system and graphs of equations: Lines" presents the following content: The 2-dimensional coordinate system: distance between two points, midpoint of a line segment; graphs of equations in two variables: x and y intercepts; lines: slope of a line, parallel lines, perpendicular lines. | The 2-Dimensional Coordinate System and Graphs of Equations: Lines Mathematics 17 Institute of Mathematics, University of the Philippines-Diliman Lecture 10 Math 17 (UP-IMath) 2D Plane and Lines Lec 10 1 / 31 Outline 1 The 2-Dimensional Coordinate System Distance Between Two Points Midpoint of a Line Segment 2 Graphs of Equations in Two Variables x and y Intercepts 3 Lines Slope of a Line Parallel Lines Perpendicular Lines Math 17 (UP-IMath) 2D Plane and Lines Lec 10 2 / 31 The 2-Dimensional Coordinate System Recall: Cartesian product Math 17 (UP-IMath) 2D Plane and Lines Lec 10 3 / 31 The 2-Dimensional Coordinate System Recall: Cartesian product A × B = {(a, b) | a ∈ A and b ∈ B} whose elements are ordered pairs. Math 17 (UP-IMath) 2D Plane and Lines Lec 10 3 / 31 The 2-Dimensional Coordinate System Recall: Cartesian product A × B = {(a, b) | a ∈ A and b ∈ B} whose elements are ordered pairs. Let A = {0, 1} and B = {w, x, y, z}. A×B ={ Math 17 (UP-IMath) 2D Plane and Lines Lec 10 3 / .

• Toán học
• Lecture Mathematics
• Dimensional coordinate system
• Graphs of equations
• Slope of a line
• Parallel lines
• Perpendicular lines
• Lecture Business mathematics
• Bài giảng Toán kinh doanh
• Business mathematics
• Financial mathematics
• Net present value
• Internal rate of return
• Mathematics 53
• Lecture Mathematics 53
• Integrals yielding logarithmic
• Exponential functions
• Integrals of exponential functions
• Natural logarithmic function
• Inverse circular functions
• Integrals yielding
• Derivatives of inverse circular functions
• Graphs of inverse circular functions
• Hyperbolic functions
• Inverse hyperbolic functions
• Derivatives of hyperbolic functions
• Indeterminate forms
• L’Hôpital’s rule
• Polynomial functions
• Basic types of functions
• Constant functions
• Linear functions
• Limit of a function
• One sided limits
• Limit theorems
• One sided limit
• Infinite limits
• The greatest integer function
• Vertical asymptotes
• Infinity formal definition
• Intuitive definition
• Horizontal asymptotes
• Continuity of functions
• Continuity on an interval
• Essential discontinuity
• The intermediate value theorem
• The squeeze theorem
• Trigonometric functions
• Continuity of trigonometric functions
• Differentiation rules
• The tangent line
• Definition of the derivative
• The chain rule
• Chain rule theorem
• Funtion theorem
• Geometric interpretation of differentiability
• Higher order derivatives
• Implicit differentiation
• Local linear approximation
• Rates of change
• Rectilinear motion
• Position function
• Instantaneous velocity
• Related rates
• Function of time
• Problem on related rates
• Numerical facts
• Mean value theorem
• Relative extrema
• Critical numbers
• Decreasing functions
• The second derivative test
• Points of inflection
• Graphing polynomials
• Second derivative
• Graphing functions
• Vertical asymptotes
• Oblique asymptotes
• Absolute extrema
• Bounded intervals
• One relative extremum
• Absolute maximum
• Optimization word problems
• Optimization problems
• Solving optimization problems
• Integration by substitution
• Theorems on antidifferentiation
• Substitution rule
• Particular antiderivatives
• Application to rectilinear motion
• Plane region
• The definite integral
• Properties of the definite integral
• General antiderivative
• The second fundamental theorem of calculus
• Arc length
• Area of a plane region
• Horizontal rectangles