Welcome back to the FLUCTUS channel to discuss how Kenyan farms produce renewable bio-gas to power modern kitchens.



Fluctus is a website and YouTube channel dedicated to sea geeks. Whenever you are curious or an...

Toaster ovens offer us the option to not start up our regular-sized ovens for small jobs—and they eliminate the need for another small but single-use appliance, the toaster. But toaster ovens are subject to the same kinds of crumbs and...

Staring at a dirty computer screen while you’re trying to work can be very distracting. Maximize your work output by setting aside five minutes to clean your screen using two common household ingredients, and you’ll be rewarded with a...

Negotiation shapes the outcomes of everyday interactions at work. This video shows you how to reach agreements that benefit everyone by building trust and resolving differences. Psychologist Peter Quarry explains how to prepare...

Pupil outcome: I can describe the location and features of Venice and explain how it is affected by tourism. Key learning points: - Venice is a city in north east Italy that is situated on 118 islands separated by canals. - Tourists are...

Pupil outcome: I can create circuit diagrams to represent logic circuits that solve a problem. Key learning points: - A logic circuit is a set of two or more logic gates that are connected to implement more complex logic. - A digital...

Pupil outcome: I can combine sequence, selection and iteration in a program to solve a problem. Key learning points: - The programming constructs of sequence, selection and iteration can be combined to make more complex programs. -...

Pupil outcome: I can write the end of the story. Key learning points: - The last sequencing word used should show the story is coming to a close, such as 'Last,' or 'Finally,' - The ending of a story usually solves the problem and ends...

Pupil outcome: I can understand that a family of linear equations can all have the same solution. Key learning points: - Starting from a single value for a variable you can write equations that are equivalent. - A solution to a linear...

Pupil outcome: I can represent a solution set using set notation. Key learning points: - A solution set can be presented in many different ways - One of these ways is using set notation

Pupil outcome: I can identify the missing part using knowledge of part whole relationships and structures. Key learning points: - A representation helps to identity the parts and wholes. - A representation helps to identify a missing...

Pupil outcome: I can solve an equation where some of the coefficients or terms are surds. Key learning points: - A surd is a value, not a variable. - Your knowledge of surds can be used alongside your knowledge of algebraic manipulation.

Pupil outcome: I can solve equations involving simple algebraic fractions. Key learning points: - The product of a number and its reciprocal is 1 - The product of a term and its reciprocal is 1 - Equivalence can be maintained by...

Pupil outcome: I can appreciate that a solution is a value that makes the two sides of an equation balance. Key learning points: - In an expression the variable can take any value. - In a linear equation there is a particular value that...

Pupil outcome: I can explore how to solve linear equations graphically via dynamic software. Key learning points: - A linear expression expressed on a graph represents a straight line. - This line can be used to find one variable when...

Pupil outcome: I can use my knowledge of solving linear equations to solve problems. Key learning points: - Problems in context can be expressed algebraically as equations. - These equations can be solved. - The solution can be...

This video solves a physics problem that demonstrates how to calculate the net torque acting on a rigid body due to multiple applied forces. It covers the concept of torque, moment arm, and vector summation

In this video, we define the discriminant and see how we can use it to determine the number of solutions to a quadratic equation.

In this video, we use quadratics to determine the dimensions of a metal sheet that was folded up to make a box of a particular volume.

In this video, we solve exponential equations by rewriting the exponential terms so that they have the same base.

In this video, we solve three questions (in order of ascending difficulty) where we solve exponential equations by using logarithms.

In this video, we solve more exponential and logarithmic equations.

In this video, we solve rational equations by finding a common denominator.

In this video we explore how to solve equations graphically. We solve one linear equation, one quadratic equation, and two trigonometric equations.