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VIDEO RESULTS
Laplace Transfrom 1
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:20 AM
Introduction to the Laplace Transform.
Exact Equations Example 1
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:20 AM
First example of solving an exact differential equation.
Sn1 Amine Reaction
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:20 AM
Sn1 Amine Reaction.
Exact Equations Intuition Part 2 (proofy)
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:19 AM
More intuitive building blocks for exact equations.
Economics of a Cupcake Factory
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:19 AM
Economics of a simple business leading up to a discussion on inflation/deflation. Touching on income statements.
Mortgage-Backed Securities I
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:19 AM
Part I of the introduction to mortgage-backed securities.
Amine in Sn2 Part 2
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:19 AM
Amine continuing to act as nucleophile to generate more products.
E2 Reactions
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:19 AM
E2 Elimination Reactions
Amine Naming 2
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:18 AM
Amine Naming 2.
Separable Differential Equations II
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:18 AM
Another separable differential equation example.
Laplace Transform of the Dirac Delta
From:
ACADEMIC EARTH
on
Thu, Nov 04 2010 1:18 AM
Figuring out the Laplace Transform of the Dirac Delta Function.
Big Picture: Integrals
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
The second half of calculus looks for the distance traveled even when the speed is changing. Finding this integral is the opposite of finding the derivative. Professor Strang explains how the integral adds up little pieces to recover the total distance.
The Exponential Function
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
Professor Strang explains how the magic number e connects to ordinary things like the interest on a bank account. The graph of y = e^x has the special property that its slope equals its height (it goes up exponentially fast!). This is the great function of calculus.
Max and Min and Second Derivatives
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
At the top and bottom of a curve (Max and Min), the slope is zero. The second derivative shows whether the curve is bending down or up. Here is a real-world example of a minimum problem: What route from home to work takes the shortest time?
Big Picture: Derivatives
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
Calculus finds the relationship between the distance traveled and the speed — easy for constant speed, not so easy for changing speed. Professor Strang is finding the rate of change, the slope of a curve, and the derivative of a function.
Big Picture of Calculus
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
Calculus is about change. One function tells how quickly another function is changing. Professor Strang shows how calculus applies to ordinary life situations, such as driving a car, climbing a mountain, and growing to full adult height.
Professor Strang Introduces the Series
From:
ACADEMIC EARTH
on
Wed, Aug 25 2010 9:38 PM
Professor Gilbert Strang talks informally in his office at MIT about why he created this video series, and how MIT OpenCourseWare users can benefit from these materials.
Lecture 25 - General Psychology Course Conclusion, General Psychology
From:
ACADEMIC EARTH
on
Fri, May 14 2010 9:10 AM
General Psychology Course Conclusion
Lecture 5 - Curl, Vector Calculus
From:
ACADEMIC EARTH
on
Fri, May 14 2010 9:10 AM
This lecture gently introduces the idea of a the "curl" of a vector field. The curl is one of the basic operations of vector calculus. Dr Chris Tisdell discusses the definition of the curl and how to compute it. Plently of examples are provided. A physical interpretation of the curl is also prese...
Lecture 5 - Learning I, General Psychology
From:
ACADEMIC EARTH
on
Fri, May 14 2010 9:10 AM
Learning I
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