There are also links to videos, however these videos aren’t created by Mr. G, they are links to other resources like Chris Doner. Video clip of the day ; 2D collisions ; Application questions ; Energy Transfers of energy ; 3 Momentum Vectors. The PowerPoints below are for students testing in May 2016 and onward. it will be more helpful the students who have the phobia of physics. Pros: Well presented summary notes. Bottom-Line: If you like to learn via videos, then Doner and Campbell should be all you need for IB Physics (and they are IB aligned). This slideshow covers: circular motion and how it relates to speed and velocity, centripetal acceleration, centripetal force, using radians, circular motion equations with example questions, Newton's Law of Gravitation, gravitational fields, gravity and centripetal force, gravitational field strength, comparison between gravitational and electromagnetic fields. The results are continually updated to give new and current IB students an updated analysis of the resources available. Overview: Khan Academy has yet again been voted by students into the list of top ranked IB Resources, this time for Physics. Momentum &it’s conservation. Energy, Power & Climate Change A/11. This PowerPoint covers: a recap of the different types of force, electric fields around point charges, uniform electric fields between parallel plates, equipotentials between charged plates and around a charged point, gravitational equipotentials, work done, gravitational field strength, inverse square laws concerning electric and gravitational fields, graphs of gravitational and electrostatic field strengths as a function of distance, electric potential, field strength in terms of potential, potential gradients, drawing fields, escape velocity, orbital kinetic energy, orbital speed, total orbital energy. This slideshow includes PowerPoint slides to help you teach topic 5 from the IB Physics course, including: electric current, conventional current, revision of AC and DC, charge and current, calculating charge using Q=It, definition of voltage, electrical work done, electric fields and point charges (positive and negative), Coulomb's Law, uniform electric fields, the electronvolt, carrier density, drift speed, drift … Powerpoints have a lot of text. This slideshow covers: rotational forces, turning moments and torques, balancing seesaws, Newton's 1st Law and angular equilibrium, balancing a bridge, non-perpendicular forces, angular speed and acceleration, graphs of angular motion, equations for angular motion, Newton's 2nd law in angles, moments of inertia, rotational kinetic energy, rolling a ball down a slope, conservation of momentum applied to angular motion, torque-time graphs, phase changes for ice, internal energy, particle motion in gases, doing work to a gas, the First Law of Thermodynamics, Boyle's Law, pressure-volume graphs, adiabatic expansion, cyclic processes, heat engines, efficiency of a heat engine, Carnot cycles, theoretical efficiency, entropy, the Second Law of Thermodynamics (including Clausius and Kelvin-Plank statements), density, pressure, hydrostatic equilibrium, pressure in fluids, upthrust, hydraulic systems, ideal fluids, the Continuity Equation, the Bernoulli Equation, Bernoulli's Principle, pitot tubes, venturi tubes, laminar and turbulent flow, terminal velocity in fluids, Stoke's Law, the Reynolds Number, SHM, free vs forced oscillations, resonance, damping, underdamping, overdamping and critically damping, the Q factor. Unfortunately, Khan Academy isn’t aligned to the IB Curriculum and therefore it’s sometimes hard to find the particular concept you are looking for, and it’s also not that great for final revision. 3. **To access the folders and ppts, click on the box to the left of the folders next to each topic. Laws of motion. This slideshow covers: revision of particle theory, specific latent heat, energy changes during changes of state, latent heat of fusion, specific heat capacity, how to determine specific heat capacity and specific latent heat by experiment, particle motion in gases, pressure, pressure and volume in gases, Boyle's Law, pressure and temperature in gases, absolute temperature, Charles' Law, moles and molecules, the Ideal Gas Equation, real gases vs ideal gases, molecular speed and temperature. These aren’t summary notes, they are actually the full content. Waves & Oscillations 5. However, I managed to save some Powerpoints notable to this community and share it with you guys. Forces What change the state of object is called "force”. Pros: Great range of free videos on his YouTube channel. Play with physics basic physics for 9th 10th students Here i am providing the basic of physics in a very easy way .
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