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study.com Physics 101: Intro to Physics Final Proctored Exam

If you are to engage in the study.com Physics 101: Intro to Physics, welcome to our tutorials page! This course is intended for any learner who wishes to get acquainted with the basics of physics without getting lost in terminologies. Freely available on YouTube, even if you don’t know physics at all or if you need a refresher before an exam, this course will help you understand things from motion, forces, energy, waves, and many others. What’s even better? Again it makes the topic very easy to understand, the delivery is good and most of all it provides an organized framework to some of the most difficult subjects.  So for all intents and purposes imagine this class as your one-stop-shop guide to learning why the world works the way it does, from why Apples fall off trees to the reason your mobile phone is charged by electricity. So if mathematics is not exactly your buddy – then study and better still you are welcome to enroll at our institution. Extended reading com ensures that the content is non-complicated and well-understood by the reader. Therefore, whether you intend to get that pass in the examination, or even have fun, then hold on tight. This course outlines how you can gain a mastery in Physics and with this guide, let me show you the way! — What to Expect from Study.com Physics 101 Class📖 What should you anticipate when doing study.com Physics 101: Intro to Physics? Well, think about it, learning the first principles of the world, whilst drinking your coffee, in the comfort of home, it’s that relaxed. Here you will find all the necessary information about physics that will help you to pass the examination successfully. It is not just rote; it is not how to solve problems using formulas and equations only, with application from the mechanical equilibrium of a bicycle to the energy source of a cell phone. Here’s a sneak peek of what you’ll dive into: Kinematics and Dynamics: You will begin your study on motion, that is, the motion of objects and why and how they move. This entails understanding such important facts as Newton’s Laws of Motion which, believe it or not, are going to be on this exam. Understanding forces, velocity, and acceleration is key here, and you’ll get plenty of examples to help these concepts click. Energy, Momentum, and Work: Next, the course moves into how energy is transferred and conserved. You’ll break down how work relates to energy and momentum and even get into the gritty details of collisions. (Hint: Elastic vs. inelastic collisions are important here, so get ready to see those terms a lot.) Waves, Sound, and Light: aves may seem to be something related to a beach, but in physics, they contain sound to light things. You will study various properties of waves, audible waves, and how light behaves; this can sometimes be a bit muddy but if you use good examples, then you will understand the relation between all these. Now, if you’re asking, “What’s going to be heavily tested?” you’ll want to pay special attention to these core topics: These include Newton’s Laws of Motion, Law of Conservation of Energy and Momentum, and Electrostatic & Magnetic force. These are essential in physics and are most of the time used as the basis for developing questions for exams. If you can get the hang of these you will be well on your way towards success in this course! Click here for exam support Week-by-Week Study Plan to Ace Study.com Physics 101 Exam📝 Getting through study.com Physics 101: Intro to Physics can seem as steep as Mount Everest at times But if you have a map planned out, guess what? You’re going to reach the peak! To make it easier for you to understand, let’s divide the book into small weekly parts so that you can study each idea separately. Looking at this week-by-week plan, you will be well-prepared and confident by the end of the week. Week 1: Master the Basics – Introduction to Physics & Vectors Start off by understanding the language of physics. Focus on the basic concepts like scalars vs. vectors, units of measurement, and SI units. These are your building blocks for everything that comes after, so don’t skip this! What to study: Definitions of scalars and vectors Unit conversions (especially between SI units) Basic vector operations (addition, subtraction, and magnitude) Resources: Quizlet for vector flashcards: Quizlet – Physics 101 Vectors YouTube: Introduction to Vectors Week 2: Kinematics and Newton’s Laws of Motion This is the week of motion! Learn about kinematics, a branch of motion that does not involve force and motion, and Newton’s laws of motion. These are probably the most common principles which are used in most of the physical problems. What to study: Kinematic equations (velocity, acceleration, displacement) Newton’s 1st, 2nd, and 3rd Laws Free body diagrams (you’ll draw a lot of these!) Resources: YouTube: Kinematic Equations Khan Academy: Newton’s Laws Overview Week 3: Dive into Energy and Work Energy is all around us and this week shall be about learning about how it flows and changes. LED light; work; kinetic energy; potential energy; and the law of conservation of energy. This topic is very important in tackling problems, especially in exams like this one where there are application questions. What to study: Work-energy theorem Kinetic and potential energy Conservation of energy in isolated systems Resources: Quizlet: Work and Energy Flashcards YouTube: Work-Energy Theorem Explained Week 4: Explore Momentum and Collisions Momentum relates very closely with energy. See how momentum is used in collisions and why it will always be conserved even when energy isn’t necessarily conserved. This week’s two big ideas are elastic and inelastic collisions and impulse. What to study: Conservation of momentum principle Differences between elastic and inelastic collisions Impulse-momentum theorem Resources: YouTube: Momentum and Impulse Quizlet: Momentum Flashcards Week 5: Waves, Sound, and Light Starting from this point, the concept becomes a little more ambiguous.