Course Content
Section A – Applied Mathematics
Study all the Maths skills required for the Engineering course by Pearson
0/30
Laws of indices
15:56
Indices Quiz
00:05:00
Logarithms
09:24
Logarithms Quiz
00:10:00
The Laws of Logs
11:23
The Laws of Logs Quiz
00:10:00
Exponential Functions
10:04
Exponential Functions
00:10:00
Exponential Graphs
10:44
Exponential Graphs
00:10:00
Equations of Lines
12:21
Equations of a Straight Line
00:10:00
Simultaneous Linear equations
11:29
Simultaneous Linear Equations
00:10:00
Expanding and Factorisation
10:03
Expanding and Factorising
00:10:00
Quadratic equations
09:59
Quadratic Equations
00:10:00
Radians arcs and sectors
09:25
Radians, arcs and sectors
00:10:00
Trigonometry and Graphs
11:36
Trigonometry
00:10:00
Sine Rule
08:12
Sine Rule
00:10:00
Cosine Rule
10:47
Cosine Rule
00:10:00
Pythagorean Theorem
08:01
Pythagorean Theorem
00:10:00
Surface Area and Volume
12:52
Surface Area and Volumes
00:10:00
Section B – Static Engineering Principles
0/58
Vector Addition
12:54
Vector Addition
00:10:00
System of Forces
13:38
System of Forces
00:10:00
Resolving Forces
13:38
Resolving Forces
00:10:00
Moments and Torque
07:51
Moments and Torque
00:10:00
Simply Supported Beams
00:00
Simply Supported Beams
00:10:00
Direct Loading
06:07
Direct Loading
00:10:00
Shear Loading
00:00
Shear Loading
00:10:00
Velocity
00:00
Velocity
00:10:00
Acceleration
00:00
Acceleration
00:10:00
SUVAT
19:51
SUVAT
00:10:00
Friction
00:00
Force and Friction
00:10:00
Work done
00:00
Work Done
00:10:00
Power
00:00
Power
00:10:00
Kinetic Energy
00:00
Kinetic Energy
00:10:00
Gravitational Energy
00:00
Gravitational of Energy
00:10:00
Conservation of Energy
00:00
Conservation of Energy
00:10:00
Newon’s Laws
00:00
Newton's Laws
00:10:00
Momentum
00:00
Momentum
00:10:00
Angular Velocity
00:00
Angular Velocity
00:10:00
Centripetal Acceleration
00:00
Centripetal Acceleration
00:10:00
Angular Power
03:15
Angular Power
00:10:00
Angular Work
05:52
Angular Work
00:10:00
Mechanical Advantage
03:22
Mechanical Advantage
00:10:00
Velocity Ratio
04:58
Velocity Ratio
00:10:00
Efficiency
05:33
Efficiency
00:10:00
Pressure
02:44
Density
03:25
Submerged Surfaces
14:22
Submerged Surfaces
00:10:00
Immersed Bodies
12:34
Immersed Bodies
00:10:00
Fluid Dynamics
17:32
Fluid Dynamics
00:10:00
Section C – Electrical-Electronic Principles
0/61
Current
06:40
Current
00:10:00
Resistance
07:37
Resistance
00:10:00
Resistors in Series and Parallel
13:08
Resistors in Series and Parallel
Resistance in Diodes
00:00
Resistance in Diodes
Resistivity and Conductivity
07:07
Resistivity and Conductivity
00:10:00
Temperature Coefficient
07:56
Temperature Coefficient
00:10:00
Kirchoffs Laws
11:06
Kirchoffs Laws
00:10:00
Power
05:35
Power
00:10:00
Efficiency
05:50
Efficiency
00:10:00
Electric Field Strength
05:43
Electric Field Strength
00:10:00
Electric Flux Density
03:16
Coulomb’s Law
04:28
Coulombs Law
00:10:00
Permittivity
05:09
Capacitance
11:22
Capacitance
Capacitance in series and parallel
11:01
Capacitance in series and parallel
Charging and Discharging Capacitors
15:55
Energy in Capacitors
04:19
Energy in Capacitors
Magnetic Flux Density
05:27
Magnetic Flux Density
Magnetomotive force
03:19
Magnetomotive force
Magnetic Field Strength
03:02
Magnetic Field Strength
Permeability
05:22
Permeability
BH curves loops and Hysterisis
05:33
BH curves loops and Hysterisis
Reluctance and Magnetic Screening
08:53
Reluctance and Magnetic Screening
Electromagnetic Induction
05:09
Electromagnetic Induction
Generators
03:59
Generators
Eddy Currents
03:59
Eddy Currents
Self Inductance
04:04
Self Inductance
Energy Storage in an Inductor
03:03
Energy Storage in an Inductor
Transformers
11:58
Transformers
Sinusoidal Waveforms
10:01
Sinusoidal Waveforms
Vector Addition of Phasors
06:21
Vector Addition of Phasors
Impedance
06:08
Impedance
Engineering

Study the laws of indices and apply what you have learnt.

Previous
Next
0% Complete