The Earth Magnetic Field
Learn about The Earth Magnetic Field; Field At Rest And In Motion
More on Simple A.C. circuits
Explaining the peak and v.m.s values of current and the p.d.
Establishing the phase relationship between current and p.d in an a.c. circuit.
Explaining reactance and impedance.
Determining current in circuits containing:
– Resistance and capacitance
– Resistance, inductance, and capacitance.
– Determining power in an a.c. circuit.
Nuclear Reactions: Nuclear Physics
Students should be able:
Identify the radiation from radioactive substances using their characteristics
Solve simple problems involving half-life of radioactive substances
State some uses of radioactive substances
Use the concept of nuclear fission and fusion for the development of nuclear energy programme for Nigeria.
Nuclear Reactions: Nuclear Physics
Students should be able:
Identify the radiation from radioactive substances using their characteristics
Solve simple problems involving half-life of radioactive substances
State some uses of radioactive substances
Use the concept of nuclear fission and fusion for the development of nuclear energy programme for Nigeria.
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
More on Matrices and determinants
Define matrix
State the order and notation of a matrix
Mention and define types of matrices
Perform the operation of addition, subtraction of matrices
multiply matrix by a scalar quantify and multiply two matrices A and B.
find the transpose of a matrise by interchanging the rows and columns
calculate the determinant of 2 x 2 matrix
applications to solving simultaneous equations
Absolute Values of Logarithms: Theory of Logarithm
Show the basic laws of logarithm
revision of the use of logarithm table for calculation
Modelling
Explain the concept and importance of modelling
Distinguish between dependent and independent variables in modelling
Give examples of models
State methodology of model building
Explain the solution of problems in modelling
Give application to physical, biological, social and behavioural services
Stactics
Know and use forces, their resultant forces.
Find moment of two or three forces acting at a point
Understand the polygon of forces and forces of friction and resolve them
Variance
Define the terms: mean, variance, coefficient of variance of the different probability distributions, Binomial, Poisson, and normal.
Probability distributions and approximations
Define the different probability distributions and their uses for approximations in practical problems. Simple problems to be handled.
Correlation
Know the meaning of correlation: negative, zero and positive correlation from scatter diagrams, rank correlation, spearman’s rank and correlation coefficient
Use data without ties.
Correlation
Know the meaning of correlation: negative, zero and positive correlation from scatter diagrams, rank correlation, spearman’s rank and correlation coefficient
Use data without ties.
Integration
Students should be able to understand integration as the reverse process of differentiation
Integrate Algebraic polynomials including 1/X
Apply integration to kinematics problems, including velocity-time graphs
Use the definite integral to calculate the area under a curve
Partial fractions
Students should be able to resolve rational functions into partial fractions (degree of numerator less than
that of numerator which is less than or equal to 4)