Further Mathematics

I have just studied differentiating one over x from first principles in my SS3 Further Mat

I have just studied the greatest height reached by a body thrown upwards in my SS3 Further

I have just studied writing a recurring decimal as a geometric series in my SS3 Further Ma

I have just studied partial fractions with a repeated linear factor in my SS3 Further Math

Give me a matrix problem where A=[[3,0],[-1,2]], B=[[-4,5],[6,1]] and I have to subtract t

Give me a matrix problem where A=[[0,5,1],[2,-2,3],[4,1,0]], B=[[1,1,-1],[0,2,2],[-3,1,1]]

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

I am in SS 3. Set me a typical WAEC Further Mathematics question combining matrix multipli

I am in SS 3. Drill me with a WAEC-style question on multiplying a 2x3 matrix by a 3x2 mat

I am in SS 3. Give me a WAEC past-question on matrices that awards marks for method as wel

I am in SS 3. Test me with a WAEC Further Mathematics matrix question under exam time pres

I am in SS 3. Test me with a timed WAEC-style inverse matrix question, give it to me cold,

Give me a binomial distribution problem where n=8, p=0.3, find P(X=3), using the binomial

I am in SS 3. Give me a normal distribution problem where mean 50 and standard deviation 5

I am in SS 3. Give me a normal distribution problem where mean 100 and standard deviation

I am in SS 3. Give me a normal distribution problem where mean 60 and standard deviation 8

I am in SS 3. Explain the conditions under which I should use a binomial distribution vers

I am in SS 3. I calculated P(X=3) for a binomial distribution but I think I used the wrong

I am in SS 3. Set me a WAEC-style Poisson distribution question exactly the way past paper

I am in SS 3. Test me with a timed WAEC-style probability distribution question, give it t