1. Rest And Motion, Position And Path Length Of An Object
Description: Explanation of rest, motion, position, and path length of an object.
Core Concepts: Rest, motion, and position.
2. Rest And Motion, Position And Path Length Of An Object
Description: Explanation on concept of rest and motion, position and path length.
Core Concepts: Rest and motion.
3. Position, velocity and acceleration
Description: Explanations on position, velocity and acceleration.
Core Concepts: Position, velocity and acceleration.
4. Graphical analysis of velocity and acceleration
Description: Explanation on graphical analysis of displacement-time relation and velocity-time relation.
Core Concepts: Instantaneous Velocity: displacement-time relation and velocity-time relation.
Link: Video on position, velocity, and acceleration Part 2: Graphical Analysis
5. Kinematic Equations of Motion
Description: Explanation on derivation of kinematic equations.
Core Concepts: Kinematic equations: Equations of motion.
6. Addition and subtraction of vectors
Description: Explanation on process to determine the magnitude and direction of the resultant vector.
Core Concepts: Vectors: magnitude and direction of the resultant vector.
7. Addition and subtraction of vectors
Description: Tutorial for the interactive simulation of vector addition.
Core Concepts: Vector addition.
8. Projectile motion
Description: Explanation of projectile motion.
Core Concepts: Projectile motion.
9. Newton’s First Law of Motion
Description: Explanation based on Newton’s First Law of Motion.
Core Concepts: Newton’s Laws of Motion: First.
10. Newton’s Second Law of Motion
Description: Explanation of Newton’s Second law of motion.
Core Concepts: Newton’s laws of motion: Second law.
11. Newton’s Third Law of Motion
Description: Explanation of Newton’s Third law of motion.
Core Concepts: Newton’s Laws of Motion: Third law.
12. Conservation of momentum
Description: Concept of conservation of momentum deduce though simulation.
Core Concepts: Conservation of momentum.
13. To calculate the momentum
Description: The online apps help in calculating the momentum.
Core Concepts: Conservation of Momentum: Online calculation.
14. Rotational motion
Description: Explanation on the concept of rotational motion and centripetal acceleration.
Core Concepts: Circular motion: Rotational motion and centripetal acceleration.
Link: Video on rotational motion and centripetal acceleration in the lab
15. Centripetal Force Apparatus
Description: Demonstration of circular motion using centripetal force apparatus.
Core Concepts: Circular motion: Centripetal force apparatus.
16. Demonstration of Circular motion
Description: Demonstration of circular motion using centripetal force apparatus.
Core Concepts: Circular motion: Centripetal force apparatus.
17. Hooke’s law
Description: Explanation to verify Hooke’s law law through simulation.
Core Concepts: Elastic behavior of solids: Hooke’s law.
18. Elastic behaviour of solids
Description: Explanation of elastic behaviour of solids and types of stress and strain.
Core Concepts: Elastic behavior of solids: elastic behaviour of solids and types of stress and strain.
Link: Video on mechanical properties of solids-elastic behaviour of solids
19. Types of stress and strain
Description: Explanation of elastic behaviour of solids and types of stress and strain.
Core Concepts: Elastic behavior of solids: Stress and strain.
Link: Video on mechanical properties of solids | stress, strain and Hooke's law
20. Stress and strain curve, and work done by the spring force
Description: Explanation on stress and strain curve, and work done by the spring force.
Core Concepts: Elastic behavior of solids: Stress and strain curve, and work done by a spring force.
21. Tensile test
Description: Explanation on how to calculate the strength of steel.
Core Concepts: Elastic behavior of solids: Tensile test.
22. Young Modulus of wire
Description: Determination of the value of Young’s modulus of wires.
Core Concepts: Elastic behavior of solids: Young’s modulus of wires.
23. Gravitational force
Description: Explanations of gravitational force.
Core Concepts: Work: Gravitational force.
24. Potential energy due to gravity
Description: Determination of potential energy due to gravity.
Core Concepts: Work: Potential energy due to gravity.
Link: Online lab to determine the potential energy due to gravity
25. Conservation of mechanical energy
Description: Explanation on conservation of mechanical energy.
Core Concepts: Conservation of mechanical energy.
26. Kinetic energy and potential energy
Description: Explanation on kinetic energy and potential energy with its numerical question.
Core Concepts: Conservation of mechanical energy: Potential energy and potential energy.
27. Conservation of Energy
Description: Explanation of conservation of energy.
Core Concepts: Conservation of energy.
28. First law of thermodynamics
Description: Explanation to prove the first law of thermodynamic through simulation.
Core Concepts: Heat, Internal Energy and Work : First Law of Thermodynamic.
29. Magnetic field around the wire
Description: Explanation of magnetic field around the current carrying conductor.
Core Concepts: Magnetic force and field: Magnetic field around the wire.
30. Magnetic force and magnetic field
Description: Explanation of magnetic force and magnetic field.
Core Concepts: Magnetic force and field.
31. Magnetic field around the current carrying wire
Description: Explanation about magnetic field established around the current carrying conductor.
Core Concepts: Magnetic force and field: magnetic field due to a long straight current carrying conductor.
32. Lorentz force
Description: Explanation about Lorentz force.
Core Concepts: Magnetic force and field: Lorentz force.
33. Magnetic flux
Description: Description of magnetic flux based on the different orientation of the surfaces.
Core Concepts: Magnetic flux.
Link: Video on magnetic flux
34. Helical motion of charged particles
Description: Explanation on helical motion of charged particles in a uniform magnetic field.
Core Concepts: Motion of a charged particle in a uniform magnetic field.
35. Resistor
Description: Verification of values of the resistance of the resistor using an apps.
Core Concepts: Electrical resistance: Resistor.
36. Combination of resistors
Description: Calculation of effective resistance by connecting the resistors in different ways.
Core Concepts: Series and Parallel combination of resistors.
37. Combination of resistors
Description: Calculation of effective resistance by connecting the resistors in different ways.
Core Concepts: Series and Parallel combination of resistors.
38. Snell’s Law
Description: description of bending of the light when traveling through the different media.
Core Concepts: Snell's law.
39. Optical fibre
Description: Explanation on working of the optical fibre.
Core Concepts: Total Internal Reflection: Optical fibre.
40. Formation of rainbow
Description: Verification on formation of the rainbow.
Core Concepts: Total Internal Reflection: 2D Formation of rainbow.
41. Formation of rainbow
Description: Verification on formation of the rainbow through 3D simulation.
Core Concepts: Total Internal Reflection: 3D Formation of rainbow.
42. Longitudinal and transverse wave
Description: Introduction to longitudinal and transverse wave through simulation.
Core Concepts: Characteristics of transverse and longitudinal waves.
43. Longitudinal and transverse wave
Description: observation of the proportional relationships amongst variables (wavelength, frequency, velocity, displacement, amplitude, period).
Core Concepts: Characteristics of transverse and longitudinal waves.
44. Longitudinal and transverse wave
Description: Explanation on the concept of longitudinal and transverse wave.
Core Concepts: Characteristics of transverse and longitudinal waves.
45. Transverse wave model
Description: Explanation of critical attributes that describe displacement relations in a progressive waves.
Core Concepts: Progressive wave: Transverse wave model.
46. Wave equation
Description: Description of wave equation.
Core Concepts: Progressive wave: Wave equation.
Link: Video on wave equation
47. Introductory to the Electromagnetic waves
Description: Introduction on concept of the electromagnetic waves.
Core Concepts: Electromagnetic waves.
48. Hertz’s Experiment
Description: Demonstrating on production of EM waves.
Core Concepts: Electromagnetic waves.
49. Radio waves
Description: Transmission of radio waves using oscilloscopes, transmitters, and receivers to transfer information and uses of three different types of radio waves.
Core Concepts: Electromagnetic waves: Radio waves.
Link: Video on radio waves
50. Radio waves
Description: Explanation about transmission of information using radio waves.
Core Concepts: Electromagnetic waves: Radio waves.
Link: Video on radio waves
51. Mobile phone communication
Description: Explanation on working of mobile phones in transferring the information.
Core Concepts: Electromagnetic waves: Mobile phone communication.
52. Propagation of EM waves
Description: Explanation on EM waves radiated from the transmitter antenna and received by the receiver antenna.
Core Concepts: Propagation of electromagnetic waves.
53. Propagation of EM waves
Description: Explanation of propagation of EM waves.
Core Concepts: Propagation of EM waves.
54. Analogue Signal and Digital Signal
Description: Differences between Analogue Signal and Digital Signal.
Core Concepts: Analogue Signal and Digital Signal.
55. Analogue Signal and Digital Signal
Description: Comparison between Analogue Signal and Digital Signal.
Core Concepts: Analogue Signal and Digital Signal.
56. sampling theorem
Description: Explanation on reconstruction of analogue signal.
Core Concepts: Analogue Signal and Digital Signal: Sampling theorem.
57. EM waves: polarization
Description: Explanation on concept of polarization.
Core Concepts: Polarization of Electromagnetic Waves.
58. Polarization interactive Simulation
Description: Explanation of polarization showing polarizer and analyser.
Core Concepts: Polarization of Electromagnetic Waves.
59. Polarized light
Description: Simulation on Polarization : intensity vs position graph.
Core Concepts: Polarization of Electromagnetic Waves: Polarized light.
Link: Simulation on polarization of light: intensity vs position graph
60. Emission Spectra
Description: Explanation about light emitted by excited gas atom of particular element.
Core Concepts: Atomic Spectra: Emission.
61. Hydrogen Atom Spectra
Description: Explanation about energy level of the hydrogen atom.
Core Concepts: Atomic spectra: Hydrogen spectra.
62. Hydrogen Atom Energy Level
Description: Explanation on emission based on the transition level of the hydrogen atom.
Core Concepts: Atomic Spectra: Hydrogen atom energy level.
63. Simulation on Isotope
Description: Explanation about Isotopes: balanced and unbalanced atom.
Core Concepts: Radioactivity: Isotopes.
Link: Simulation on isotopes
64. Isotopes
Description: Introduction to the concept of Isotopes.
Core Concepts: Radioactivity: Isotopes.
Link: Video on isotopes
65. Radioactive Decay
Description: Demonstration of Half Life Period of a Radioactive Substance.
Core Concepts: Radioactivity: Half life period.
Link: Simulation on Half Life Period of a Radioactive Substance
66. Radioactive Decay
Description: Interactive games on explanation about Half Life Period of a Radioactive Substance.
Core Concepts: Radioactive decay.
67. Newton's Law of Universal Gravitation
Description: Explanation on Newton's Law of Universal Gravitation.
Core Concepts: Universal Law of Gravitation.
68. Newton's Law of Universal Gravitation
Description: Determination of mathematical relationship between mass and gravitational force in Universal Law of Gravitation.
Core Concepts: Universal Law of Gravitation.
69. Gravitational field model
Description: Gravitational field model: simulates approaching mass graphically.
Core Concepts: Universal Law of Gravitation.
70. Newton’s Cannon
Description: Experimentation to show how the motion of a familiar projectile like a cannonball is fundamentally the same as the orbit of a celestial body like the moon.
Core Concepts: Universal Law of Gravitation.
71. Newton's Law of Universal Gravitation
Description: Explanation on Newton's Law of Universal Gravitation with formula.
Core Concepts: Universal Law of Gravitation.
72. Gravity and orbit
Description: Explanation on gravity and orbit.
Core Concepts: Universal Law of Gravitation.
73. Satellite
Description: Explanation on different types of satellite and their applications.
Core Concepts: Satellites.
Link: Video on different kinds of artificial satellites, and their uses
74. Satellite and communication
Description: Explanation of communication with the help of satellite.
Core Concepts: Space Technology Applications.
75. Satellite and Earth observation
Description: Explains how Satellite observes Earth.
Core Concepts: Space Technology Applications.
76. Remote sensing
Description: Explanation on remote sensing performed by satellite.
Core Concepts: Space Technology Applications.
Link: Video on application of remote sensing and GIS in Disaster Management
77. Satellite and Disaster
Description: Explanation on use of satellite for natural disaster in Japan.
Core Concepts: Space Technology Applications.
Link: Video on how Japan is using space technology in natural disasters
78. Satellite and weather
Description: Explanation on use of satellite to monitor weather.
Core Concepts: Space Technology Applications.
79. Satellite and planet’s Health
Description: Explanation on how satellites help monitor Earth’s health.
Core Concepts: Space Technology Applications.
Link: Video on how satellites can help monitor the health of planet earth
80. Satellite and navigation
Description: Explanation on how satellite navigation systems work.
Core Concepts: Space Technology Applications.
81. Satellite and agriculture
Description: Explains agriculture monitoring with satellite.
Core Concepts: Space Technology Applications.
Link: Video on how it Works: Agricultural monitoring with satellites
82. Satellite and image
Description: Explanation on how satellite helps to capture images and how to analyse the data.
Core Concepts: Satellite Data Analysis.
Link: Video on how satellites capture 400 Megapixel images of Earth's globe
83. November issue of Bhutan space week
Description: Explanation about November issue of Bhutan space week.
Core Concepts: Satellite Data Analysis.
84. NASA’s presentation about Bhutan
Description: Nasa’s presentation on southern Bhutan forecasting.
Core Concepts: Satellite Data Analysis.
