Force | Mechanics | Tutorial | get better score in exam.

Tutorial on Force | Classical Mechanics | Physical Mechanics | Brief and basic discussion | Get better score in exam. Easy learning. Illustrated animations. These videos use visual learning technique, which are compilation of knowledge that already exists all over the internet; I compiled all those theories, concepts, definitions, laws, equations, interpretations, etc., so the viewers can save their time watching these. So,……… relax, sit down and watch my videos, learn by heart and go to the exams with your heads high. No worries. mechanics, momentum, torque, energy, force, power, work, macro-world, Newtonian mechanics, statics, kinematics, dynamics, kinetics, motion, macroscopic object, astronomical object, degrees of freedom, pseudovector, polar vector, axial vector, velocity, acceleration, angular, rotational, moment of inertia, scalar, Newton’s law, gravity, mass, weight, Coulomb’s law, sub-atomic, Photoelectric effect, quanta, quantization, Heisenberg Uncertainty principle, Planck’s constant, Einstein, probability, special relativity, general relativity, space-time curvature, Lorentz transformation, frame of reference, inertial, non-inertial, invariance of speed of light, mass-energy equivalence, complementary variables, conjugate pairs, Schrödinger theory, physical mechanics, classical mechanics, quantum mechanics, physics, chemistry, momentum, torque, energy, force, power, work, macro-world, Newtonian mechanics, statics, kinematics, dynamics, kinetics, motion, macroscopic object, astronomical object, degrees of freedom, pseudovector, polar vector, axial vector, velocity, acceleration, angular, rotational, moment of inertia, scalar, Newton’s law, gravity, mass, weight, Coulomb’s law, sub-atomic, Photoelectric effect, quanta, quantization, Heisenberg Uncertainty principle, Planck’s constant, Einstein, probability, special relativity, general relativity, space-time curvature, Lorentz transformation, frame of reference, inertial, non-inertial, invariance of speed of light, mass-energy equivalence, complementary variables, conjugate pairs, Schrödinger theory, black-body radiation, Find me on TeacherTube: https://www.teachertube.com/user/channel/anjanasen