Further Mathematics

Show me how to multiply A=[[2,1],[0,-3]], B=[[1,-2],[4,3]] using the row-times-column meth

I am in SS 3. Show me how to multiply A=[[1,2],[3,4]], B=[[0,1],[-1,2]] using the row-time

I am in SS 3. Show me how to multiply A=[[1,0,2],[3,1,-1],[2,-2,1]], B=[[2,1,0],[0,1,3],[-

Show me how to multiply A=[[4,1,-2],[0,3,1],[2,-1,5]], B=[[1,0,2],[-1,2,3],[0,1,-1]] using

Show me how to multiply A=[[2,-1],[3,0]], B=[[1,4],[-2,5]] using the row-times-column meth

I am in SS 3. Show me how to multiply A=[[1,2,3]] (1x3) and B=[[1],[2],[3]] (3x1) using th

I am in SS 3. Set a WAEC Further Mathematics multi-part question: (a) evaluate a 3x3 deter

I am in SS 3. Explain why a matrix cannot be inverted when its determinant is zero, and gi

I am in SS 3. Teach me what composition of forces means in mechanics and how it differs fr

I am in SS 3. Quiz me with two short problems testing whether a set of forces is in equili

I am in SS 3. Teach me what a complex number is and why i is defined as the square root of

I am in SS 3. Explain the condition for two complex numbers to be equal (real parts equal

I am in SS 3. Give me a kinematics problem where a stone is dropped from a height of 45m,

I am in SS 3. Give me a projectile motion problem where a ball is projected at 20 m/s at 3

I am in SS 3. Give me a projectile motion problem where a projectile is launched at 25 m/s

I am in SS 3. Give me a projectile motion problem where a stone is thrown at 18 m/s at 60

I am in SS 3. Give me a projectile motion problem where a ball is projected horizontally a

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. Show me one fully worked example finding the resultant of two forces at an a

I am in SS 3. Quiz me with three short questions, one on matrix multiplication, one on a d