These tutorials do not cover all the topics indicated in the UTME syllabus but we hope they prove helpful. Topics explored include light rays, properties of light, speed of light, refraction, Snell’s law, total internal reflection, photoelectric effect, emission and absorption spectra. Physics 111: Optics and Optical Phenomena Topics explored include wave-like nature of em radiation, electromagnetic spectrum, particle-like nature of em radiation, wavefronts, diffraction and Doppler effect. Physics 110: Electromagnetic Waves and Radiation Topics explored include magnetic fields, permanent magnets, the compass, electromagnetism, Faraday’s law, electrical generators, motors and alternating current.
Physics 101 tutorial series#
Topics explored include potential difference, emf, current, resistance, series and parallel resistors, Ohm’s law, power, electrical energy, batteries and internal resistance. Topics explored include the two kinds of charge, principle of conservation of charge, conductors and insulators, quantization of charge, Coulomb’s law and electric fields. Topics explored include pulses, superposition of pulses, transverse and longitudinal waves, crests, troughs, amplitude, wavelength, period, frequency and wave speeds. Topics explored include momentum, a revisitation of Newton’s second law in terms of momentum, conservation of momentum, elastic and inelastic collisions and impulse. Topics explored include mechanical, potential and kinetic energy, conservation of mechanical energy, work, work-energy theorem, conservation of energy and power. Topics explored include forces, types of forces Newton’s first, second and third laws of motion, Newton’s law of universal gravitation as well as forces between masses. Rutherford Physics Building, room 344 51 email: (please indicate PHYS 101 in the subject line of any emails, and indicate your name and ID in the body of the message) My office hours will be held on zoom for the September 2021 term when the exact times have been decided they’ll be posted on m圜ourses. Topics explored include reference frames, speed, velocity, acceleration, instantaneous velocity, description of motion, equations of motion, and vertical projectile motion. Topics explored include mathematical skills for science, physical quantities and units, scientific method, scalars and vectors as well as vectors in two dimensions. However, here are a few tutorials that students might find helpful: Physics 101: Vectors and Scalars You’ll receive credit for any tutorials that you have already completed when you do.The subject is quite broad and you can see the UTME syllabus here. If you decide that you’d like to complete the whole Creative Core pathway, you can start at any time.
You’ll find everything you need to get started with animation in Unity, but you may also notice references to the guided learning journey for that pathway. About this learning experience This project is a standalone learning experience which uses content developed for the Creative Core pathway.
Configure a humanoid rig for use with the Humanoid Animation system.
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Configure Animation Clips imported from digital content creation (DCC) software or the Asset Store for use in a project.
Describe key components of an animator controller. Create simple keyframed 3D animation sequences. By the end of this mission, you’ll be able to: Describe the relationship between different animation components. You’ll apply these concepts to add animation to objects and characters in your scenes, and even control when the animation gets played.
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In this mission, you will learn how to create animations in the Unity editor and how to configure animations imported from an external program. A static environment tends to appear unfinished, or cold and unfeeling animation is all about creating the illusion of life. The world around you is in constant motion.
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