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In CWT 1-5a we show the FTOC is true for constant velocity functions. That is as far as we go in CWT Vol. 1. This video gives a construction that a...

Integration is defined. A constant function can be integrated using the formula for the area of a rectangle. I told you calculus is easy, and it is...

We show that any velocity function can be approximated by a step function. And, since the FTOC is true for step functions, it is therefore true fo...

In CWT 1-3a we used p, v, a notation corresponding to position, velocity, and acceleration. This notation corresponds to the p, p', p'' standard n...

In words, the FTOC states that the area under a velocity graph equals distance traveled. For a constant velocity function with value V from t1 to ...

Newton wrote and solved the world's first differential equation, F=M*A. It changed everything. We show how he derived it and solve a simple case ...

Synopsis:

The runner's velocity for the interval t1 to t2 is given by

velocity = distance/time.

Distance = p(t2) - p(t1) and time = t2 - t1, so

v...

How to graph a linear function.

Can you learn the fundamentals of calculus using just the familiar formula distance = velocity * time? You'll be surprised. Tune in! This is a s...