Isobaric Reversible Process

Alternate Uniformly Accelerated Motion (UAM) equations are introduced. The derivative is used to derive one UAM equations from another UAM equation.

Development of Quantum Mechanics: Photoelectric Effect Example 1

In this video, the teacher explains how to determine the shape of a cross section when slicing a three-dimensional solid. By analyzing whether the slicing plane intersects with straight or curved surfaces, students can visualize and...

It derives and explains the quadratic formula. It also explains the nature of roots based on the discriminant.

In this video, the teacher explains how to determine the percent rate of change using exponential models. They review compound interest and linear functions, and then go on to discuss exponential growth and depreciation.

Join the hundreds of thousands of students that have used Mr. Clifford's videos and resources to ace your microeconomics course.

In this video, the teacher explains Stefan's law, which states that all objects radiate heat through electromagnetic radiation. The law's equation is discussed, and an example is given to help understand how to calculate energy loss...

Three major differences between weight and mass are discussed and three media examples of weight in kilograms are presented (and you should know that weight is NOT in kilograms).

👉 Learn how to solve quadratic equations by completing the square. When solving a quadratic equation by completing the square, we first take the constant term to the other side of the equation and create a perfect square trinomial with...

These second-order nonlinear differential equations can be written in the form:

dx/dt = f
(x,y)
dy/d

t = g(x,y)

Got a nonlinear differential equation? No problem, just linearize it! This method...

In this video, mathematicians will learn how to write linear equations from tables. By identifying the rate of change and initial value, students will be able to understand how linear equations can represent relationships and make...

In this video, students learn about the properties of congruence and how to determine if two figures are congruent using reflections. The video explains the concept of reflections, including how size and shape stay the same while...

SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow...

👉 Learn how to graph quadratic equations in vertex form. A quadratic equation is an equation of the form y = ax^2 + bx + c, where a, b and c are constants. The graph of a quadratic equation is in the shape of a parabola which can either...

The video explains the concepts of reversible reactions and dynamic equilibria in chemistry. The video also discusses how changing the temperature, pressure, or concentration of a system can affect the position of the equilibrium.

The two-point form of the equation for a line can describe any non-vertical line in the Cartesian plane, given the coordinates of two points which lie on the line.

Blackbody Radiation Example Problem #1

Antibody Function

It explains the parts of an algebraic expression such as terms of an expression, coefficient of a term and like and unlike terms.

Springs are neat! From slinkies to pinball, they bring us much joy, and now they will bring you even more joy, as they help you understand simple harmonic motion. Who doesn't love a good oscillation now and again? Check it out.

This video explains the fundamental concepts of time, distance, speed, and acceleration, and how they are related to each other. It also demonstrates how different factors like traffic, slope, and road type can impact the time and speed...

Projectile motion is composed of a horizontal and a vertical component. This video shows that via a side-by-side video demonstration and also builds the velocity and acceleration vector diagram.

A Level Physics - Doodle Science teaches you high school and College physics in a less boring way in almost no time!