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Core Content and Skills
Math Calculus 2/SUPA 296
2007-2008
BOE Approved
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| Exponential And Logarithmic Functions |
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Natural Logarithms
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Logarithm Laws
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Review Trigonometric Derivatives
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Implicit Differentiation
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Laws of Exponents
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Integrals of Exponential Functions
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General Power Functions
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General Logarithm Functions
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Indeterminate Forms
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L’Hopital’s Rule
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Indeterminate Forms Involving Infinity
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graph the natural logarithm function
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use logarithm laws to evaluate functions
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find the derivatives of trigonometric functions
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find derivatives implicitly
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find the integral of exponential functions
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find the antiderivative of indeterminate functions
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use L'Hopital's Rule to find limits
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evaluate limits where we have 0/0 or infinity/infinity
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| Differential Equations / Exponential Growth and Decay |
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Separable Differential Equations
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Slope Fields
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Solution Curves
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Population Growth
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Torricelli’s Laws
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Applications of Differential Equations
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Natural Growth and Decay
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solutions of basic differential equations
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solution of 1st order linear differential equations with constant coefficients
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evaluation of the constant of integration in an initial value problem
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use differential equations to solve natural growth equations, radioactive decay and radiocarbon dating
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solution of separable first-order differential equations
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Linear 1st-Order Equations
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Applications
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Inverse Trigonometric Functions
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examine the uses of differential equations in the real-world
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solve differential equations with inverse trig functions
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| Techniques of Integration |
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Substitution
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Integration by Parts
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Reduction Formulas
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Trigonometric Integrals
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Rational Functions
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Partial Fractions
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integrate using u-substitution
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integrate by parts
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integrate using reduction formulas
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integrate using trig. substitutions
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integrating rational functions
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integrate using partial fractions
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| Techniques of Integration continued |
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Quadratic Factors
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Applications to Differential Equations
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Trigonometric Substitution
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Integrals containing Quadratic Polynomials
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use differential equations to solve real-life problems
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solve integrals containing Quadratic polynomials
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| Improper Integrals / Indeterminate Forms / Area |
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Improper Integrals
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Applications of Improper Integrals
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evaluate improper integrals
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solve real-life problems that require the use of improper integrals
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| Indeterminate Forms / Area continued |
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Algebraic Manipulations of Indeterminate Forms
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Area Computations in Polar Form
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evaluate indeterminate forms of integrals by algebraic manipulations
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compute the area using polar forms
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Infinite Sequences and Series
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Limits of Sequences
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Bounded Monotonic Sequences
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find the limit of a sequence
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find the sum of an infinite series
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| Infinite Series continued |
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Convergence
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Geometric Series
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Nth Term
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Harmonic series
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Taylor Series
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Taylor Polynomials
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The Integral Test
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find the sum of a geometric series
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use the nth term test to test for divergence
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find an nth term Taylor polynomial for a function at a specific point
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use the integral test to test for convergence
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| More Infinite Series and Tests for Convergence |
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Comparison Test
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Limit Comparison Test
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Alternating Series Test
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Ratio Test
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Root Test
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Power Series
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use the comparison test and the limit comparison test to test for convergence
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test for convergence by using the alternating series test, the ratio test, and the root test
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find the radius of convergence and intervals of convergence of power series
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| Plane Curves, Vectors, Curves, and Surfaces in Space |
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Parametric Equations
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Vectors in the Plane
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3-Dimensional Vectors
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Direction Angles and Projections
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Cross Product
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solve problems using parametric equations
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find the magnitude of vectors
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use the dot product to test perpendicularity of vectors and find the angle between two vectors
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find the cross product of two vectors
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find the parametric and symmetric equations of a straight line that passes through a given point and is parallel to a given point
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Algebraic Properties and Applications
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Lines in Space
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Planes in Space
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Vector-Valued Functions
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Velocity and Acceleration Vectors
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Integration of Vector-Valued Functions
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Quadric Surfaces
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find vector-valued functions, velocity vectors, and acceleration vectors
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find the equations of motion of a projectile
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find the arc length of a parametric space curve
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find the curvature, unit tangent vector, and principal unit normal vector of a parametric curve in the plane or in space
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use Kepler's three laws of planetary motion to solve problems
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Level Curves
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Limits and Continuity
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Partial Derivatives
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Higher Partial Derivatives
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Tangent Planes
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Maximum/Minimum Problems
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find the level curves of functions of two variables
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find the limits and continuity of functions of two or three variables
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compute partial derivatives
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find the absolute and local maxima and minima for 3-D curves
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find the necessary conditions for local extrema
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Differentials
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Linear Approximation
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The Chain Rule
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Implicit Partial Differentiation
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apply the linear approximation theorem for functions of 3 variables
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use the chain rule for functions of several variables
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| More Partial Derivatives continued |
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Directional Derivatives
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Interpretation of the Gradient
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LaGrange Multipliers
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compute the directional derivatives
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find the gradient vector
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solve constrained max/min problems using the LaGrange multiplier method
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Putnam Valley Central School District, 146 Peekskill Hollow Road, Putnam Valley,
NY 10579
Phone (845) 528-8143 Fax (845) 528-0274 |
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