Calculus I & II summary notes under MATH-M 211 & 212 from the Indiana University Bloomington. 2022 written, 50 page notes cover 11 sub topics.

  • Class Year
  • 2022
  • Grade
  • A
  • Number of Pages
  • 50
  • Staff Rating
  • 4.75/5

Calculus I & II (MATH-M 211) summary notes covering following topics:

  1. Review: Functions
    • Functions and their graphs
    • Transformations and combinations of graphs
    • Trigonometric functions
  2. Limits and continuity
    • Limit of a function and limit laws
    • Precise definition of a limit
    • One-sided limits
    • Continuity
    • Limits involving infinity and asymptotes
  3. Differentiation
    • Tangent lines and the derivative at a point
    • The derivative as a function
    • Differentiation rules
    • The derivative as a rate of change
    • Derivatives of trigonometric functions
    • The chain rule
    • Implicit differentiation
    • Related rates
    • Linearization and differentials
  4. Applications of differentiation
    • Extreme values of functions on closed interval
    • The mean value theorem
    • Monotonic functions and the first derivative test
    • Concavity and curve sketching
    • Applied optimization
    • Newton’s method
    • Antiderivatives
  5. Integration
    • Areas and estimating with finite sums
    • Sigma notation and limits of finite sums
    • Definite integrals
    • The fundamental theorem of calculus
    • Indefinite integrals and the substitution method
    • Definite integral substitutions and the area between curves
  6. Applications of definite integration
    • Volumes using disks and washers
    • Volumes using shells
    • Arc length
    • Areas of surfaces of revolution
    • Work and fluid forces
    • Moments and centers of mass
  7. Transcendental functions
    • Inverse functions and their derivatives
    • Natural logarithms
    • Exponential functions
    • Exponential change and separable differential equations
    • Indeterminate forms and L’Hˆopital’s rule
    • Inverse trigonometric functions
    • Hyperbolic functions
    • Relative rates of growth
  8. Techniques of integration
    • Using basic integration formulae
    • Integration by parts
    • Trigonometric integrals
    • Trigonometric substitutions
    • Integration of rational functions by partial functions
    • Integral tables and computer algebra systems
    • Numerical integration
    • Improper integrals
    • Probability
  9. First-order differential equations
    • Solutions, slope fields and Euler’s method
    • First-order linear equations
    • Applications
    • Graphical solutions of autonomous equations
    • Systems of equations and phase planes
  10. Infinite sequences and series
    • Sequences
    • Infinite series
    • The integral test
    • Comparison tests
    • Absolute convergence, ratio and root tests
    • Alternating series and conditional convergence
    • Power series
    • Taylor and Maclaurin series
    • Convergence of Taylor series
    • Applications of Taylor series
  11. Parametric equations and polar coordinates
    • Parametrizations of plane curves
    • Calculus with parametric curves
    • Polar coordinates
    • Graphing polar coordinate equations
    • Areas and lengths in polar coordinates
    • Conic sections
    • Conics in polar coordinates

You must log in and be a buyer of this download to submit a review.