Physics is one of the three basic natural sciences. It's considered one of the most fun topics but can intimidate both teachers and students. By concentrating on the key concepts and presenting the material in an intriguing manner, Physics students are able to gain confidence in themselves and their ability to master this important science. Teachers can present the topic with a minimum of self-study and in fact can learn with the student if necessary. There are nine programs in this package: Module 1: THE BASICS includes topics of: Scientific notation, Exponents, Units of measure, Vector addition and Trigonometric functions; sine, cosine, tangent
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Module 2: VECTORS AND VELOCITY includes topics of: Vector multiplication: dot-product, cross-product, One-dimensional kinematics and Displacement and velocity
Module 3: KINEMATICS - the most useful study of motion at the Newtonian level. Projectile motion equations are introduced as well as uniform circular motion and centripetal force and acceleration. Projectile motion covers clowns from cannons as well as rockets, squirt guns and skiers flying off jumps taking into account the effect of gravity.
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Module 4: CIRCULAR MOTION AND MOMENTUM include topics of: Accelerated circular motion, Rotational motion, Angular velocity and Linear and angular momentum
Module 5: THE THREE LAWS OF MOTION topics include: Newton’s laws of motion, Force, mass, and inertia, Conservation of energy, Opposing and equal forces and Static and kinetic friction
Module 6: WORK AND ENERGY topics include: Kinetic and potential energy, Work-kinetic energy principle and Law of universal gravitation
Module 7: PLANETARY MOTION AND HARMONIC MOTION topics include: Harmonic motion, Amplitude and frequency, Hooke’s spring law and Kepler’s planetary motion laws
Module 8: HEAT - introduces students to the concept of heat as energy, specific heat capacity, and latent heat.
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Module 9: THERMODYNAMICS topics include: Three laws of thermodynamics, Internal energy, Work processes, isovolumentric, isobaric, and adiabatic, Heat engines and Entropy