Further Mathematics

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 keep mixing up pre-multiplying and post-multiplying matrices. Use two 2x2 matrices A and

Give me three different 3x3 matrices and ask me to test each one for symmetry using A = A^

I am in SS 3. Give me one 3x3 matrix and ask me to evaluate its determinant twice — once e

I am in SS 3. Give me a 2x2 matrix and its inverse, ask me to multiply them together, and

I am in SS 3. Ask me to define mass, force and weight, state the SI unit of each, and expl

Quiz me on the SI unit of force and how it is derived from mass and acceleration, then giv

Give me a resolution of forces problem with a force of 10N acting at 30 degrees to the hor

Give me a resolution of forces problem with a force of 25N acting at 50 degrees above the

I am in SS 3. Give me a resolution of forces problem with a force of 18N at 40 degrees to

I am in SS 3. Give me a resolution of forces problem with a force of 12N at 70 degrees to

I am in SS 3. I resolved a 20N force acting at 35 degrees to the horizontal into component

Explain how the triangle of forces method finds a resultant, and compare it with the paral

I am in SS 3. Explain how standard deviation affects the spread of a normal distribution c

I am in SS 3. Quiz me with three true-or-false statements about the normal distribution cu

I am in SS 3. I tried to convert a normal distribution value to a z-score but I'm not conf

I am in SS 3. Give me a Cambridge Additional Mathematics style question that has a binomia