Further Mathematics

I have just studied a particle on a rough table connected to a hanging particle in my SS3

I have just studied the angle of friction, and the coefficient of friction in my SS3 Furth

I have just studied a car on a banked track in my SS3 Further Mathematics class. Let me ex

I have just studied the displacement written as x equals a sin omega t in my SS3 Further M

I have just studied the elastic potential energy stored in a stretched string in my SS3 Fu

I am in SS 3. Let me explain in my own words why order matters for permutations but not fo

I am in SS 3. Let me explain in my own words how to correctly write the solution set of a

I am in SS 3. Let me explain in my own words why we must check that x satisfies the domain

I am in SS 3. After I explain in my own words why AB does not always equal BA for matrices

I am in SS 3. Let me explain how Cramer's rule works in my own words for a 2x2 system, the

I am in SS 3. Let me explain in my own words what finding a matrix inverse allows you to d

I am in SS 3. Let me explain the properties of the normal distribution curve in my own wor

I am in SS 3. Let me explain what a complex conjugate is and why we multiply by it when di

I am in SS 3. Let me explain the chain rule for differentiation in my own words with my ow

I am in SS 3. Let me explain what conditions must hold for a rigid body to be in equilibri

I am in SS 3. Give me a WAEC-style question asking me to translate a statement using the u

I am in SS 3. I'm going to explain solving an equation where two algebraic fractions are s

I am in SS 3. I'm going to explain how a mapping diagram represents a function, and identi

I am in SS 3. I'm going to explain interpreting a real-world formula, such as cost as a fu

I am in SS 3. I'm going to explain explaining function notation and what f(x) really means