Відео

We solve mini-story no. 2 of the problem presented here: The solution for mini-story no. 1 is presented here: The solution for mini-story no. 3 is presented here:

We solve the first mini-story of the problem introduced in this video:

In this video, we will only go through figuring what the story of the problem is, so that we are well setup to solving each of the mini-stories inside this problem. The next step of the solution can be found here:

A problem involving conservation of energy.

In this video we show how to solve a collision problem.

This video goes through how to find position from velocity for a specific example.

Learn to draw a picture for a problem in which we pull on the bottom box of a stack of two boxes.

We finish the solution that we started here: ua-cam.com/video/M8U0XFVql2k/v-deo.html

We apply Newton's laws to the drawing made in ua-cam.com/video/zD23Fe9LJu0/v-deo.html

Learn how to draw the forces acting on a box on a ramp.

We complete the solution to the problem that was started at The second step of the solution was shown at

We setup the relations between variables for the problem posed in ua-cam.com/video/J3QIu3iFNas/v-deo.html. You can find the rest of the solution at

We draw the picture that allows us to solve how far a kicked ball will land. The next step of the solution can be found at

Use the drawing we found in the previous video (ua-cam.com/video/dq48bwVqcX8/v-deo.html) to determine how the rocket moves as a function of time.

A rocket turns on its engines (Part I)

Accelerating Tesla (Part 3)

Accelerating Tesla (part 2)

Accelerating Tesla

Which way will the box accelerate?

Integrals give the area under the curve

Angular Frequency and Period

Derivatives as Slopes

Solve for Unknowns

Find Relations

How to Draw Good Pictures

Vector Addition

Finding the components of a vector

How to calculate vector magnitudes

How coordinate systems work