Канал: SPM Malaysia IPTV

[2.2] Sistem Saraf Manusia

[2.2] Sistem Saraf Manusia

[2.2] Neuron

[2.2] Neuron

[2.1] Koordinasi Badan

[2.1] Koordinasi Badan

[5.4] Nuclear fission

[5.4] Nuclear fission

[5.5] Radioactive waste management

[5.5] Radioactive waste management

[5.5] Safety precautions

[5.5] Safety precautions

[5.5] Negative effects of radiation

[5.5] Negative effects of radiation

[5.4] Generation of electricity

[5.4] Generation of electricity

[5.4] Release of energy in nuclear reactions

[5.4] Release of energy in nuclear reactions

[5.4] Nuclear fusion

[5.4] Nuclear fusion

[5.3] Applications of radioisotopes

[5.3] Applications of radioisotopes

[5.3] Radioisotopes

[5.3] Radioisotopes

[5.2] Half life

[5.2] Half life

[5.2] Radioactive decay

[5.2] Radioactive decay

[5.2] Radioactive detectors Spark counter

[5.2] Radioactive detectors Spark counter

[5.2] Radioactive detectors - Cloud chamber

[5.2] Radioactive detectors - Cloud chamber

[5.2] Radioactive detectors - G-M tube

[5.2] Radioactive detectors - G-M tube

[5.2] Radioactive detectors Photographic detectors

[5.2] Radioactive detectors Photographic detectors

[5.2] Radioactivity

[5.2] Radioactivity

[5.1] Isotopes

[5.1] Isotopes

[5.1] Composition of the nucleus

[5.1] Composition of the nucleus

[4.4] Development & contribution of electronics

[4.4] Development & contribution of electronics

[4.4] Applications of logic gates in control systems

[4.4] Applications of logic gates in control systems

[4.4] Digital Circuits Flip Flop Circuit

[4.4] Digital Circuits Flip Flop Circuit

[4.4] Digital Circuits

[4.4] Digital Circuits

[4.4] Seven basic logic gates

[4.4] Seven basic logic gates

[4.4] Logic gates and types of logic gates

[4.4] Logic gates and types of logic gates

[4.3] Uses of transistors

[4.3] Uses of transistors

[4.3] Transistors

[4.3] Transistors

[4.2] Diode as a rectifier

[4.2] Diode as a rectifier

[4.2] The p-n junction diode

[4.2] The p-n junction diode

[4.2] Mechanism of current flow through semiconductor diode

[4.2] Mechanism of current flow through semiconductor diode

[4.2] Types of Semiconductor

[4.2] Types of Semiconductor

[4.2] Energy band for conductors, semiconductors & insulator

[4.2] Energy band for conductors, semiconductors & insulator

[4.1] Basic Structure of Cathode rays oscilloscope

[4.1] Basic Structure of Cathode rays oscilloscope

[4.1] Cathode rays

[4.1] Cathode rays

[4.1] Thermionic emission

[4.1] Thermionic emission

[3.6] National grid network

[3.6] National grid network

[3.6] Transmission of electricity

[3.6] Transmission of electricity

[3.6] Source of energy & generation of electricity

[3.6] Source of energy & generation of electricity

[3.5] Conservation of energy in transformers

[3.5] Conservation of energy in transformers

[3.5] Energy loss in a transformer

[3.5] Energy loss in a transformer

[3.5] Transformer

[3.5] Transformer

[3.4] Measuring A C and D C Moving iron meter

[3.4] Measuring A C and D C Moving iron meter

[3.4] Measuring A C and D C Hot wire meter

[3.4] Measuring A C and D C Hot wire meter

[3.4] Measuring A C and D C Moving coil galvanometer

[3.4] Measuring A C and D C Moving coil galvanometer

[3.4] Alternating current A C

[3.4] Alternating current A C

[3.4] Comparison of D C and A C

[3.4] Comparison of D C and A C

[3.3] Direct current generator

[3.3] Direct current generator

[3.3] Alternating current generator

[3.3] Alternating current generator

[3.3] Factors that affect the magnitude of the induced current

[3.3] Factors that affect the magnitude of the induced current

[3.3] Electromagnetic induction in a straight wire

[3.3] Electromagnetic induction in a straight wire

[3.3] Electromagnetic induction in solenoid

[3.3] Electromagnetic induction in solenoid

[3.3] Electromagnetic induction

[3.3] Electromagnetic induction

[3.2] Direct current D C motor

[3.2] Direct current D C motor

[3.2] Turning force on a current carrying coil in magnetic field

[3.2] Turning force on a current carrying coil in magnetic field

[3.2] Factors Affecting the Magnitude of the force on a current carrying conductor

[3.2] Factors Affecting the Magnitude of the force on a current carrying conductor

[3.2] Force on a current carrying conductor

[3.2] Force on a current carrying conductor

Exercise Book Vs Interactive eBook

Exercise Book Vs Interactive eBook

Interactive eBook

Interactive eBook

[3.1] Application of electromagnets

[3.1] Application of electromagnets

[3.1] Magnetic field pattern

[3.1] Magnetic field pattern

[3.1] Electromagnets

[3.1] Electromagnets

[2.5] Efficiency use of electrical appliances

[2.5] Efficiency use of electrical appliances

[2.5] Power rating & energy consumption

[2.5] Power rating & energy consumption

[2.5] Electrical energy & electric power

[2.5] Electrical energy & electric power

[2.4] Internal resistance 2

[2.4] Internal resistance 2

[2.4] Electromotive force

[2.4] Electromotive force

[2.3] Series circuit & parallel circuit

[2.3] Series circuit & parallel circuit

[2.3] Parallel Circuit

[2.3] Parallel Circuit

[2.3] Series Circuit

[2.3] Series Circuit

[2.2] Superconductors

[2.2] Superconductors

[2.2] Resistance

[2.2] Resistance

[2.2] Ohm s law

[2.2] Ohm s law

[2.2] Potential difference

[2.2] Potential difference

[2.1] The effect of an electric field

[2.1] The effect of an electric field

[2.1] Electric field

[2.1] Electric field

[2.1] Electric charge and current

[2.1] Electric charge and current

[1.7] Application of electromagnetic waves

[1.7] Application of electromagnetic waves

[1.7] Electromagnetic waves

[1.7] Electromagnetic waves

[1.6] Applications of reflection of sound waves

[1.6] Applications of reflection of sound waves

[1.6] Loudness and pitch

[1.6] Loudness and pitch

[1.6] Analysing sound waves

[1.6] Analysing sound waves

[1.5] Interference of sound waves

[1.5] Interference of sound waves

[1.5] Interference of Light Waves

[1.5] Interference of Light Waves

[1.5] Interference of waves

[1.5] Interference of waves

$[1.4] Diffraction of sound waves$

[1.4] Diffraction of sound waves

$[1.4] Diffraction of light waves Diffraction gratings$

[1.4] Diffraction of light waves Diffraction gratings

$[1.4] Diffraction of light waves$

[1.4] Diffraction of light waves

$[1.4] Diffraction of waves$

[1.4] Diffraction of waves

$[1.3] Refraction of sound waves$

[1.3] Refraction of sound waves

$[1.3] Refraction of light waves$

[1.3] Refraction of light waves

$[1.3] Refraction of waves$

[1.3] Refraction of waves

[1.2] Ripple tank

[1.2] Ripple tank

[1.2] Reflection of sound waves

[1.2] Reflection of sound waves

[1.2] Reflection of light waves

[1.2] Reflection of light waves

[1.2] Reflection of water waves

[1.2] Reflection of water waves

[1.1] WavesDisplacement time graph & Displacement distance graph

[1.1] WavesDisplacement time graph & Displacement distance graph

[1.1] Damping and Resonance

[1.1] Damping and Resonance

[1.1] Types of waves

[1.1] Types of waves

[1.1] Wavefronts & Propagation of waves

[1.1] Wavefronts & Propagation of waves

[1.1] Wave motion

[1.1] Wave motion

[5.4] Formation of images in slide projector

[5.4] Formation of images in slide projector

[5.4] Formation of images in telescope

[5.4] Formation of images in telescope

[5.4] Formation of images in compund microscope

[5.4] Formation of images in compund microscope

[5.4] Formation of images in magnifying glass

[5.4] Formation of images in magnifying glass

[5.4] Linear magnification and lens equation

[5.4] Linear magnification and lens equation

[5.4] Images formed by convex lens and concave lens

[5.4] Images formed by convex lens and concave lens

[5.4] Ray diagrams

[5.4] Ray diagrams

[5.4] Convex and concave lenses

[5.4] Convex and concave lenses

[5.3] Applications of total internal reflection

[5.3] Applications of total internal reflection

[5.3] Phenomena involving total internal reflection

[5.3] Phenomena involving total internal reflection

[5.3] Total internal reflection

[5.3] Total internal reflection

$[5.2] Phenomena due to refraction$

[5.2] Phenomena due to refraction

[5.2] Real depth and apparent depth

[5.2] Real depth and apparent depth

$[5.2] Law of refraction$

[5.2] Law of refraction

$[5.2] Refraction of light$

[5.2] Refraction of light

[5.1] Applications of reflection of light

[5.1] Applications of reflection of light

[5.1] Image formed by concave mirror and convex mirror

[5.1] Image formed by concave mirror and convex mirror

[5.1] Construction of ray diagrams

[5.1] Construction of ray diagrams

[5.1] Reflection of light on curved mirror

[5.1] Reflection of light on curved mirror

[5.1] Image formed in a plane mirror

[5.1] Image formed in a plane mirror

[5.1] Reflection of light

[5.1] Reflection of light

[5.1] Light

[5.1] Light

[4.4] The combined gas law

[4.4] The combined gas law

[4.4] Pressure Law

[4.4] Pressure Law

[4.4] Charles s Law

[4.4] Charles s Law

[4.4] Bolye s Law

[4.4] Bolye s Law

[4.4] Kinetic Theory of Gases

[4.4] Kinetic Theory of Gases

[4.3] Cooling and Heating curve of naphthalene

[4.3] Cooling and Heating curve of naphthalene

[4.3] Applications of specific latent heat

[4.3] Applications of specific latent heat

[4.3] Specific latent heat

[4.3] Specific latent heat

[4.2] Applications of specific heat capacity

[4.2] Applications of specific heat capacity

[4.2] Specific heat capacity

[4.2] Specific heat capacity

[4.1 ] Thermometers

[4.1 ] Thermometers

[4.1] Temperature Measurement

[4.1] Temperature Measurement

[4.1] Thermal equilibrium

[4.1] Thermal equilibrium

[3.6] Applications of Bernoulli's principle

[3.6] Applications of Bernoulli's principle

[3.6] Bernoulli s principle Applied to Fluid Flow in Tubes

[3.6] Bernoulli s principle Applied to Fluid Flow in Tubes

[3.6] Bernoulli's principle

[3.6] Bernoulli's principle

[3.5] Applications of Archimedes's principle in everyday life

[3.5] Applications of Archimedes's principle in everyday life

[3.5] Principle of Floatation

[3.5] Principle of Floatation

[3.5] Idea of buoyant force and Archimedes s principle

[3.5] Idea of buoyant force and Archimedes s principle

[3.4] Applications of Pascal s principle on everyday life

[3.4] Applications of Pascal s principle on everyday life

[3.4] Hydraulic system

[3.4] Hydraulic system

[3.3] Applications of atmospheric pressure

[3.3] Applications of atmospheric pressure

[3.3] Instrument for measuring atmospheric pressure

[3.3] Instrument for measuring atmospheric pressure

[3.3] Instrument for measuring gas pressure

[3.3] Instrument for measuring gas pressure

[3.3] Existence of Atmospheric pressure

[3.3] Existence of Atmospheric pressure

[3.3] Existence of Gas pressure

[3.3] Existence of Gas pressure

[3.2] Applications of pressure in liquids

[3.2] Applications of pressure in liquids

[3.2] Deriving a formula for pressure in a liquid

[3.2] Deriving a formula for pressure in a liquid

[3.2] Pressure in liquids

[3.2] Pressure in liquids

[3.1] Pressures and their applications

[3.1] Pressures and their applications

[2.10] WorkEnergy

[2.10] WorkEnergy

[2.11] Factors affects elasticity

[2.11] Factors affects elasticity

[2.11] Elastic Potential Energy

[2.11] Elastic Potential Energy

[2.11] Hooke s law

[2.11] Hooke s law

[2.11] Elasticity

[2.11] Elasticity

[2.10] Power and efficiency

[2.10] Power and efficiency

[2.10] WorkConservation of energy

[2.10] WorkConservation of energy

[2.10] Work

[2.10] Work

[2.9] Apparent weight in a lift

[2.9] Apparent weight in a lift

[2.9] Forces in equilibrium

[2.9] Forces in equilibrium

[2.9] Resolution of Forces

[2.9] Resolution of Forces

[2.9] Vector Addition of Forces

[2.9] Vector Addition of Forces

[2.8] Gravity

[2.8] Gravity

[2.7] Safety features in vehicles

[2.7] Safety features in vehicles

[2.6] Situations related to impulsive force

[2.6] Situations related to impulsive force

[2.6] Impulse and impulsive force

[2.6] Impulse and impulsive force

[2.5] Force, mass and acceleration

[2.5] Force, mass and acceleration

[2.5] Forces

[2.5] Forces

[2.4] Applications of conservation of momentum

[2.4] Applications of conservation of momentum

[2.4] Momentum

[2.4] Momentum

[2.3] Effects of inertia

[2.3] Effects of inertia

[2.3] Inertia

[2.3] Inertia

[2.2] Motion graphs

[2.2] Motion graphs

[2.1] Ticker tape timer

[2.1] Ticker tape timer

[2.1] Speed, velocity and acceleration

[2.1] Speed, velocity and acceleration

[2.1] Distance and displacement

[2.1] Distance and displacement

[1.5] Graph

[1.5] Graph

[1.4] Measuring instruments - Ammeters and Milliammeters

[1.4] Measuring instruments - Ammeters and Milliammeters

[1.4] Measuring instruments - Thermometer

[1.4] Measuring instruments - Thermometer

[1.4] Measuring instruments - Stopwatch

[1.4] Measuring instruments - Stopwatch

[1.4] Measuring instruments - Triple beam balance

[1.4] Measuring instruments - Triple beam balance

[1.5] Measuring instruments - Micrometer screw gauge

[1.5] Measuring instruments - Micrometer screw gauge

[1.4] Measuring instruments - Vernier callipers

[1.4] Measuring instruments - Vernier callipers

[1.4] Measuring instruments - Metre rule

[1.4] Measuring instruments - Metre rule

[1.4] Experimental errors

[1.4] Experimental errors

[1.4] Accuracy, consistency & sensitivity

[1.4] Accuracy, consistency & sensitivity

[1.3] Scalar and vector quantities

[1.3] Scalar and vector quantities

[1.2] Prefixes and scientific notation

[1.2] Prefixes and scientific notation

[1.2] Base quantity & derived quantity

[1.2] Base quantity & derived quantity

[1.1] Understanding Physics

[1.1] Understanding Physics

[5.3] The side effects of modern medicine

[5.3] The side effects of modern medicine

[5.3] Modern medicine - Other medicine

[5.3] Modern medicine - Other medicine

[5.3] Modern medicine - Psychotherapeutic drugs

[5.3] Modern medicine - Psychotherapeutic drugs

[5.3] Modern medicine - Antibiotic

[5.3] Modern medicine - Antibiotic

[5.3] Modern medicine - Analgesic

[5.3] Modern medicine - Analgesic

[5.3] Traditional medicine

[5.3] Traditional medicine