SS2 Further Mathematics

Understand the frequential, classical and axiomatic approach to probability Define some terms used in probability (e.g random experiment, sample space, events e.t.c) Solve problems on dependent and independent events Solve problems on complements of events. Solve problems on conditional probability. Understand and use probability trees in solving problems.

Understand the frequential, classical and axiomatic approach to probability Define some terms used in probability (e.g random experiment, sample space, events e.t.c) Solve problems on dependent and independent events Solve problems on complements of events. Solve problems on conditional probability. Understand and use probability trees in solving problems.

Define a circle Explain why circles can be regarded as a conic section Find equations of a circle given radius and center Find the equation of a tangent to the circle Find length of tangent to circle from extended point

Define a circle Explain why circles can be regarded as a conic section Find equations of a circle given radius and center Find the equation of a tangent to the circle Find length of tangent to circle from extended point

Understand the frequential, classical and axiomatic approaches to probability Define some terms used in probability (e.g random experiment, sample space, events e.t.c) Solve problems on dependent and independent events Solve problems on complements of events. Solve problems on conditional probability. Understand and use probability trees in solving problems.

Understand the frequential, classical and axiomatic approaches to probability Define some terms used in probability (e.g random experiment, sample space, events e.t.c) Solve problems on dependent and independent events Solve problems on complements of events. Solve problems on conditional probability. Understand and use probability trees in solving problems.

Find limits of a function at a given point Differentiation from first principle Differentiating polynomials Differentiation of special functions like sin x, cos ax, ax Use rules of differentiation apply differentiation.

Find limits of a function at a given point Differentiation from first principle Differentiating polynomials Differentiation of special functions like sin x, cos ax, ax Use rules of differentiation apply differentiation.

Find limits of a function at a given point Differentiation from first principle Differentiating polynomials Differentiation of special functions like sin x, cos ax, ax Use rules of differentiation apply differentiation.

Find limits of a function at a given point Differentiation from first principle Differentiating polynomials Differentiation of special functions like sin x, cos ax, ax Use rules of differentiation apply differentiation.