Addition, Subtraction, Multiplication and Division Teaching Ideas All Four Operations: Maths Karate - A wonderful way of reinforcing understanding of addition, subtraction, multiplication and division vocabulary. Inverse Operations Triangles - Printable triangles which can be used when showing children how operations are linked to their inverse. Contributed by Scott Evans. Multiplication and Division: Multiplication and Division by 10, 100 and 1000 - A grid which can be used to support multiplication and division by 10, 100 and 1000. Maths Operations Resources:
MyOpenMath mathispower4u - Calculus II Improper Integrals Improper Integral Ex 1: Improper Integrals Ex 2: Improper Integrals Ex 3: Improper Integrals Ex 4: Improper Integrals and Area Ex: Area Using Improper Integrals Ex 1: Improper Integral - Infinite Interval (-inf,+inf) Ex 2: Improper Integral - Infinite Interval (-inf, constant) Ex 3: Improper Integral - Infinite Interval (-inf,+inf) Ex 1: Improper Integral - Discontinuous Integrand Ex 2: Improper Integral - Discontinuous Integrand Ex: Improper Integral Involving Rational Function to Find Area Under a Curve Ex: Improper Integral Involving Function with Rational Exponent to Find Area Under Curve Introduction to Differential Equations Applications of Integration: Business Applications of Integration: Volume of Revolution Applications of Integration: Arc Length, Surface Area, Work, Force, Center of Mass Integration Involving Powers of Trigonometric Functions Integration Using Partial Fractions Ex: Integration Tables - Basic Integration Involving a^2+u^2 (arctan) Infinite Series
Exploring Math With Technology Kidspiration Activities - Math Standard: Money (K) 6A.3.a; (Gr. 1, 2) 6A.3.b; Fractions (Gr. 1, 2) 6A.2.a See what's happening in the computer lab Examples of Math (and Language Arts) activities created by primary grade students. Math Standard: 1B.1.a - Kidspiration, KidPix, Windows Paint, Graph Club, MS Word, and Excel Miss Damush's second grade students made graphs for an online project- "Graph Goodies" Mrs. Hall's Kindergarten students use Graph Club. Ms. Page numbers for BCRs refer to pages in the handouts for this session. Standard 1.0 - Knowledge of Algebra, Patterns, or Functions Pattern Blocks - Math Standard: (Gr. Standard 3.0 - Knowledge of Measurement Teaching Time - Click on "Whole Class Clock" and "Games" for each year. Standard 4.0 - Knowledge of Statistics Interpreting Data - Math Standard: (Gr. 1) 4A.1.b Sample BCR (p. 15) Online Graph Maker - Math Standard: (Gr. 1, 2) 4A.1.d Sample BCR (p. 16) Standard 6.0 - Knowledge of Number Relationships or Computation Mrs.
Statistics - Homework and Study Help - Free help with your Statistics homework Can I take a course at HippoCampus for credit? How do I enroll in a course at HippoCampus? Are there any fees to take your courses? How do I make a comment or ask a question? How do I get individual help with my homework assignment? What are the preferred texts? How can I use HippoCampus in my classroom? How can I use HippoCampus in my home school? Can I use the resources you have available for my homeschoolers? Do you know of any wet lab resources to accompany HippoCampus content? Is there a script, app, or something that can be used to track student use of HippoCampus? Can I share my HippoCampus content with my fellow teachers? Can I download the video? Can I change the size of the video window? Why won't the Environmental Science animations play? What if my page scroll bars or "submit" button are not showing? I can't find closed captioning. Where does the content from your site come from? There is an error in the multimedia presentation. How do I report a course errata item? No. AP Course Ledger
mathispower4u Differentiation Using the Quotient Rule Differentiation Using the Chain Rule Differentiation of Exponential Functions Differentiation of Hyperbolic Functions Differentiation of Logarithmic Functions Logarithms Derivatives of Logarithmic Functions Ex 1: Derivatives of the Natural Log Function Ex 2: Derivatives of the Natural Log Function with the Chain Rule Ex 3: Derivatives of the Natural Log Function with the Chain Rule Ex 4: Derivatives of the Natural Log Function with the Chain Rule Ex 5: Derivatives of the Natural Log Function with the Product Rule Ex 6: Derivatives of the Natural Log Function using Log Properties Ex 7: Derivatives of the Natural Log Function using Log Properties Ex 8: Derivatives of the Natural Log Function using Log Properties Ex 9: The derivative of f(x) = ln(ln(5x)) Derivatives of a^x and logax Ex 1: Derivative of the Log Function, not base e Ex 2: Derivative of the Log Function using the Product Rule Logarithmic Differentiation Higher Order Differentiation
Online Math Help & Learning Resources Calculus & Advanced Math - Homework and Study Help - Free help with your Calculus & Advanced Math homework Can I take a course at HippoCampus for credit? How do I enroll in a course at HippoCampus? Are there any fees to take your courses? How do I make a comment or ask a question? How do I get individual help with my homework assignment? What are the preferred texts? How can I use HippoCampus in my classroom? How can I use HippoCampus in my home school? Can I use the resources you have available for my homeschoolers? Do you know of any wet lab resources to accompany HippoCampus content? Is there a script, app, or something that can be used to track student use of HippoCampus? Can I share my HippoCampus content with my fellow teachers? Can I download the video? Can I change the size of the video window? Why won't the Environmental Science animations play? What if my page scroll bars or "submit" button are not showing? I can't find closed captioning. Where does the content from your site come from? There is an error in the multimedia presentation. How do I report a course errata item? No. AP Course Ledger
Teaching ``An educated person in Nottingham is as precious and rare a find as jam in a wartime doughnut'' (Grahame Greene) Hyperbolic Geometry (MA 448) I am taught this course for 4th year Mathematics students at Warwick University. The lectures (in term 2) are: Tuesday 11-12 (B3.02); Thursday 1-2 (B3.02); Friday 11-12 (B3.02). Below are scans of my hand written lecture notes (added/corrected as the course progresses). lectures 1-3 (Overview, History and Euclid's 5th postulate, Poincare upper half plane, lengths of curves and distance, boundary of hyperbolic space, Mobius maps and isometries) lectures 4-12 (Geodesics, Explicit form for metric,Hyperbolic trianges, Cosine and Sine laws, Gauss-Bonnet, Cross ratio, Poincare disk model, lengths of circles and areas of balls) lectures 13-18 (Tilings and tessellations, triangle groups, cross rations and distance, three dimensional hyperbolic space, more cross ratios, volumes of ideal tetrahedra) Ergodic Theory (MA 427) Complex Analysis (MA 3B8)