Curated Video
Vectors 27
This video will define a vector and explain magnitude and direction, using example graphs.
Curated Video
Solving Inequalities
“Solving Inequalities” will describe the rules to solving inequalities and give examples.
Curated Video
Ocean Currents
This video describes density differentiation between ocean surface currents and deep ocean currents, and how this difference affects global ocean current flow.
Curated Video
Where Is It?
“Where Is It?” explains how position can be described in relation to another object, giving examples of common position words.
Curated Video
Position of the Moon
“Position of the Moon” discusses objects that are visible in the sky, focusing specifically on the moon and its pattern of movement across the sky.
Zach Star
The intuition and implications of the complex derivative
The intuition and implications of the complex derivative
Organizational Communication Channel
Supportive and Defensive Climates from Jack Gibb
The Supportive and Defensive climates framework from Jack Gibb helps explain how some group communication climates become unproductive while others remain effective.
Organizational Communication Channel
Logical Fallacies Top 6
Here are the Top 6 Logical Fallacies to keep in mind in group and team discussions. Knowing these will help group members with critical thinking and analytical skills. We'll look at the following fallacies: 1. Casual fallacy 2. Either/or...
Why U
Algebra 85 - Building Polynomial Functions
Because of the tremendous variety of shapes of their graphs, polynomial functions are important tools for modeling phenomena in a wide range of fields such as science, engineering, medicine and finance. But since polynomial functions are...
Why U
Algebra 91 - Rational Functions and Vertical Asymptotes
A rational function is any function that can be written as a fraction whose numerator and denominator are polynomials. Rational functions include a broad range of possibilities. For example, since a polynomial can be a constant, a...
Curated Video
Geometry Egg Hunt: Angle, Line, Ray, and Line Segment
Geometry Egg Hunt: Angle, Line, Ray, and Line Segment
Curated Video
Measuring Movement
A video entitled “Measuring Movement” which breaks down the study of movement by focusing on the relationship between speed, velocity, and acceleration.
Curated Video
Formation of the Planets
“Formation of the Planets” uses the nebular hypothesis to explain how the planets in our solar system developed.
Curated Video
Friends Part 1
In Part 1 of the "Friends" series, the Can Do U team discusses the importance of surrounding oneself with positive individuals who contribute to personal growth and happiness. They debunk the myth that common interests are necessary for...
Curated Video
Why Do Wheels Appear to Spin Backwards (at High Speeds)?
At high speeds, wheels may appear to be turning backwards, creating an optical illusion known as the Wagon wheel effect. This happens because our brains fill in gaps between images to create the illusion of continuous movement. As a...
Science Buddies
How to Prepare Agar Plates for Seed Germination Experiments
This video will show you how to embed seeds in agar plates so you can conduct seed germination experiments. This process is easy and the clear agar and petri dishes allow you to easily observe the seeds as they germinate. For a science...
Science Buddies
Make 3D Printed Optical Illusions
Make your own amazing 3D printed optical illusions based on the work of Professor Kokichi Sugihara, including the "impossible arrow" and other shapes! These illusions exhibit "anomalous mirror symmetry" where their reflections appear...
Science Buddies
Build an Arduino Clinostat: Simulate Microgravity for Plants
How do plants grow in space? Can astronauts grow food in a zero-gravity environment? You can do your own experiments right here on Earth to find out! In this science project you will build your own device called a clinostat that rotates...
Science Buddies
Continuous Rotation Servo Motors and Arduino
Learn how to use the Arduino servo library to control a continuous rotation servo motor in this video. See the Science Buddies website for cool science projects you can do with an Arduino:...
Flipping Physics
Thin Ring Electric Field using Electric Potential
First we solve for the electric potential along the axis of a uniform thin ring of electric charge. Then we use that electric potential to solve for the electric field at the same location.
Flipping Physics
Equipotential Surfaces
The electric potential difference in a uniform electric field is derived and used to show lines of equal electric potential or equipotential lines. Equipotential lines and surfaces of point charges and dipoles are shown. The equation for...