Further Mathematics

Give me a 2x2 matrix like A=[[6,4],[-1,5]] and ask me to evaluate its determinant using ad

I am in SS 3. Give me a 2x2 matrix like A=[[8,1],[2,3]] and ask me to evaluate its determi

I am in SS 3. Give me a 3x3 matrix like A=[[1,-2,3],[4,0,1],[2,1,-3]] and ask me to evalua

I am in SS 3. Give me a 3x3 matrix like A=[[3,1,2],[0,-1,4],[2,3,1]] and ask me to evaluat

I am in SS 3. I expanded a 3x3 determinant along the first row but I think I mixed up a si

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. Use Cramer's rule to solve 3x - y = 5 and 2x + 4y = 6. Set up the coefficien

I am in SS 3. Give me a WAEC Further Mathematics exam-style question applying Cramer's rul

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

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. I calculated the moment of a force about a pivot but I think I used the wron

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. Give me a Cambridge Additional Mathematics style mechanics question combinin

I am in SS 3. Give me a WAEC Further Mathematics exam-style question on the polygon of for

I am in SS 3. Give me an integration problem where I must find the area under the curve y

I am in SS 3. I split an initial velocity into horizontal and vertical components for a pr

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 what a complex conjugate is and why we multiply by it when di

I am in SS 3. Show me one fully worked example of multiplying two 3x3 matrices with every

I am in SS 3. Show me one fully worked example of using the inverse matrix method to solve