FuseSchool
Culturing Microorganisms Part 2
After culturing microorganisms, young scientists must calculate the size of the population. Use an insightful video that offers multiple methods to solve these problems. In addition to these methods, the video highlights the importance...
FuseSchool
Culturing Microorganisms Part 1
An informative video explains how to culture microorganisms such as bacteria in a petri dish as part of the Fuse School playlist. It focuses on the need for nutrients and a proper temperature, which varies based on the location and...
FuseSchool
Mitosis—Stages of Mitosis
Three hundred million cells die and are replaced every minute. An interesting Fuse School video focuses on mitosis, the process of cell division that produces identical copies of the cell. It highlights each of the key stages:...
FuseSchool
Structure of Bacteria
Your body contains more than 10 times the number of bacterial cells than human cells. Show your class an informative Fuse School video that outlines the structure of bacteria. The engaging resource also discusses the harmful bacteria in...
FuseSchool
Sperm and Eggs Cells
A human egg cell measures more than 30 times the size of a human sperm cell. An engaging video in the Fuse School playlist discusses the differences between sperm and egg cells. It highlights the reasons for the differences as they come...
FuseSchool
How Enzymes Denature
A Fuse School video describes the optimal conditions for enzymes. It covers temperature, pH, and concentration as factors.
FuseSchool
Intro to Cells: Animal, Plant, Nerve and Red Blood Cells
Throw your dendrites in the air and wave 'em like you just don't care! An excellent video in the Fuse School playlist explains the parts and functions of cells. It describes their structures, functions, and specialties.
FuseSchool
Transport in Cells: Diffusion and Osmosis
Do cells breathe? An installment in the Fuse School series of videos describes how cells take in the nutrients they need and release the waste they don't need. It highlights the process of diffusion and osmosis.
FuseSchool
Transport in Cells: Active Transport
Human kidneys use active transport to hold on to glucose and sodium ions inside the kidneys. Another installment of the Fuse School playlist introduces active transport in cells. It describes why it is necessary and the unique process...
FuseSchool
What Is Blood?
Blood makes up approximately seven percent of the weight of each human, but what is blood? As part of the Fuse School Biology playlist, the video describes the four components of blood. It offers descriptions of what they look like as...
FuseSchool
Factorising Quadratics: Non-Monic
Factor quadratics in just a few easy steps. A short video shows how to factor quadratic expressions with a leading coefficient that does not equal one. The process here is to find factors of ac and then factor by grouping.
FuseSchool
Changing the Subject of a Formula
Sometimes it's best just to change the subject. Scholars rewrite equations to highlight a variable of interest. This includes understanding square and cube roots as opposites of squaring and cubing.
FuseSchool
Laws of Indices—Part 1
Index the rules of exponents. The British resource presents the laws of exponents for multiplication, division, raising a power to a power, and raising to the power of zero. Explanations demonstrate why the rules work.
FuseSchool
Completing the Square—Plotting Quadratics
Where is the turning point? The presentation demonstrates how the process of completing the square finds several points in the graph of a quadratic. One of the most important points found is the vertex of the graph. The video shows where...
FuseSchool
Factorising Expressions - Single Brackets
Use common factors to simplify expressions. The resource introduces factoring out the greatest common factor to simplify algebraic expressions. Worked examples include basic linear with numerical common factors to expressions that have...
FuseSchool
Rationalising the Denominator
Take the next step in simplifying radical expressions. The video shows how to rationalize the denominator that contains square roots. Examples contain simple radicals and ones that require using conjugates.