Physics Topic by Topic

PHYSICS

CXC/CSEC Physics is a subject that many students find very challenging. In order to achieve a desirable and competitive grade Students need help. JAMSASC provide the most suitable environment for students who need help with Physics. We provide extensive revision on the fundamental principles and topics to ensure a strong basic understanding of the subject area, thus ensuring a better understanding of the more complex topics. 

JAMSASC CXC/CSEC Physics Topic

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1. Measurements
2. Temperature
3. Work
4. Energy and Energy conservation
5. Conversion factors and Methods of conversion
6. Fundamental Quantities and units
7. Physical Quantities and units
8. Nuclear physics
9. Density
10. Volume
11. Forces and motion
12. Extension and forces
13. resultant forces 
14. vectors
15. Moments of forces
16. Circular Motion
17. Motion in a straight line
18. Motion in a straight line 1
19. Motion in a straight line 2
20. Motion in a straight line 3
21. Pressure and pressure in liquid
22. Power and Efficiency
23. Heat transfer 
24. Heat Capacity
25. Latent Heat
26. Kinetic theory and Gases
27. Light waves
28.  Reflection, Refraction
29. Electromagnetism
30. Electricity and Magnetism
31. Circuits 2 

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Topics are not taught in the same order shown on this page. 

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MATHEMATICS TOPIC BY TOPIC

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Mathematics   

Learn maths Topic by Topic to ensure that you get the best grades, start with the topic of your choice, strengthen your weakest topic or make your strongest topic stronger. Book an appointment today .

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Mathematics  Lessons

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1. Directed Numbers
2. Vectors  
3. MatricesTrigonometry
4. Geometry
5. Algebra
6. Factorization
7. Quadratic Equations
8. Simultaneous Equations
9. Sets Theory
10. Logarithms 
11. Graphs
12. Relations and Functions
13. Transformation Geometry
14. Statistics and Probability

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JAMSASC: Simple Pendulum (Unit Physics)

s=seconds
m=meters
L=length=1.96; root L=1.4
G=gradient=2;gradient(squared)=4
g=gravity=9.8 theoretical value
{units}

Gradient = s/m
Gradient (squared) = s(squared)/m(squared)
Gravity = m/s(squared)
Gravity =m/s(squared)

Show that Gravity = 4*x(squared)/Gradient(squared)
In this case
x is a function of the total length of pendulum
x=1/(root L value) and root L has unit (root m)
therefore the
unit for x is (1/root m)

It can therefore be shown that

Show that Gravity = 4*x(squared)/Gradient(squared) as follows

g = m/s(squared)=4*x(squared)/G(squared)
g = m/s(squared)=4*[1/root L](squared)/[G(squared){s(squared)/m(squared)}]

g = m/s(squared)= 4*({1/root L{root m}](squared)/[G(squared)]{s(squared)/m(squared)}

Gravity = m/s(squared)= 4*1/root m(squared)*G{m(squared)/s(squared)}
since (1/m)*[m(squared)=m
Gravity = m/s(squared)= 4*m/s(squared)/G(squared)

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JAMSASC: Names, Scientists and Laws in Physics

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SCIENTISTS AND LAWS IN PHYSICS

• Newtons laws: Isaac Newton Clearly sets out the laws of mechanics, Motion.
• Law 1: Every body continues to be in a state of rest or to move with uniform velocity unless a resultant force acts on it.
• Law 2: The Change of momentum per second is proportional to the applied force and the momentum change takes place in the direction of the force.
• Law 3: Action and reaction are always equal and opposite.
• Keplers Laws: Kepler discovers three laws while studying thje records of observations on planets. 
• Law 1: The planets describe ellipsis about the sun as one focus.
•  Law 2: The lines joining the sun and the planet sweeps out equal areas in equal time.
• Law 3: The squares of the periods of revolution of the planets are proportional to the cubes of their distances from the sun.
• Newton Law of Gravitation 
• The force of the attraction between two given particles is inversely proportional to the square of their distances apart.
• Stokes Law: 
• 
  
• Hooks Law 
• Ohms and Joules Laws 
• Law of Biot & Savart
• Faraday's Discovery
• Lens Law and energy
• Magnitude of EMF Faraday Law
• Snells Law 
• Michelson Rotating Prison Methods for the splitting  of light 
• Lloyds Mirror
• Brewsters Law 
• Doper Effect 
• Newton law of Cooling 
• Boyles Law 
• Charles Law 
• Avogadros Law Gas constant
• Dolton Law 
• Graham's Law 
• Stefano Law 
• Drevosts Theory
• Kirchhaffs Law 
• Maxwell Assumptions 
• Andrews Experiments
• Departure from Boyl's Law 
• Van Der Waal
• Milikan Oil Drop Experiment
• Zener Diode 
• Plank Constant Quantum Theory
• Einstein Particle (Photon) Theory
• Fraunhofer lines
• Bragg's Law 
• Bohr's Theory 
• Moseley's Law 
• De Brogle's Theory
• Geiger - Muler tube 
• Dekatron counter 
• Einstein's Mass Energy relation
• Geiger Marshden