Much of the work that we do in this class consists of solving mathematical problems, with the occasional need to execute derivations. Although it's important for you to get the correct answer to the problems, it's even more important for you to learn how to get the answer. When your teacher asks you to graph the equation y=3x2-2x+4, it's not because anyone desperately needs to see the graph--it's because we want to know if you understand how to graph that equation. When you look at it from this perspective, the answers to your homework problems aren't as important as understanding the process by which you get the answers.
However, the AP program recently replaced AP Physics B, a one-year course, with two one-year courses: AP Physics 1 and AP Physics 2. These are both algebra-based physics courses, which means they don't require a math background beyond Algebra II.
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AP Physics 1 is an introductory, algebra-based, college-level physics course. It explores fundamental physics concepts like motion, force, Newtonian mechanics, gravity, energy, and momentum .
AP Physics 1 was designed to be a first-year physics course which you can take without prior physics experience. This is the main difference from the old AP Physics B course, which was designed to be a second-year physics class.
While there technically aren't prerequisites for AP Physics 1, the AP program recommends that students have at least taken geometry and are concurrently enrolled in Algebra II while taking this course. If you're not that far along in math yet, consider taking a different science class until you're caught up, as math is very important in physics.
Physics 2 explores fluid statics and dynamics, thermodynamics with kinetic theory, PV diagrams and probability, electrostatics, electrical circuits with capacitors, magnetic fields, electromagnetism, physical and geometric optics, and quantum, atomic, and nuclear physics.
AP Physics 2 was designed to be a second-year physics course. This means it should come after AP Physics 1 or any first-year physics course. Much of its content is similar to the old AP Physics B course. This class will focus on more advanced physics skills and knowledge, including fluid dynamics, electric currents, magnetism, and quantum physics.
Each topic is supposed to be equivalent to one semester of college calculus-based physics. Because of this, AP Physics C is highly recommended to be at least a second-year physics course. So while you don't have to take Physics 1 or Physics 2 before you take Physics C, taking one (or both!) introductory physics courses is recommended.
If your school doesn't offer AP Physics 1 or you don't want the first physics class you take to be an AP class, then one option is to start with a regular or honors physics class, where you learn the basic concepts of physics. Then, you can take AP Physics 2 as your second physics class.
This option is ideal for students whose schools don't offer multiple AP Physics classes as well as students who don't have the time or desire to take multiple AP Physics classes. Physics 2 is the best AP Physics class to take after a regular or honors physics class (Physics 1 would pretty much just repeat what you already learned). AP Physics C is also an option if you're taking/have already taken calculus and have either Physics 1 or Physics 2 under your belt.
The College Board says taking Physics 1 and 2 provide a solid physics background for future pre-med, geology, and life sciences students. They also say it's a good option for students attending colleges where they will have to fulfill a science requirement but will not be studying science as their major.
Do they offer both AP Physics 1 and AP Physics 2, or do they just offer a basic introductory physics course? Do they teach AP Physics C? If so, do they teach Mechanics, Electricity and Magnetism, or both? Getting these answers is the first step to planning your schedule.
If you're concerned about taking AP Physics, then looking at course syllabi can give you a sense of the courses' workloads and topics they cover. This might help you choose between taking a regular introduction to physics course or AP Physics 1, or choose between AP Physics 2 and AP Physics C.
Want to dip your toe into the physics pool to see if physics is the right AP science for you? We have straightforward articles on the law of conservation of mass, the specific heat of water, and the three formulas you need to calculate acceleration.
Have you ever received extremely dense physics homework? The chances are that you might have. Whether you're studying for a degree in science, technology, or engineering, physics is always going to play a significant role in your knowledge.
Overall, physics' main goal is to understand how the world and the universe behave at particular points. This academic subject involves studying space, time, speed, energy, and many more interesting topics.
Struggling with challenging homework is one of the most frustrating experiences a student can have, and we're doing our best to prevent that with our students. Our goal as tutors to provide you with a fun but insightful learning experience at all times, regardless of the topic.
One of the most intimidating features of the senior year curriculum comes from the dreaded science credit of physics. The war stories of formula memorization next to rigorous lab grades tend to scare even the brightest of students, but does that hold true for everyone?
Concepts such as acceleration, velocity, rotational motion, gravitation, energy, power, and much more comprise the syllabus. These fundamental concepts, though seemingly trivial and relatively uninteresting to the average student, describe the majority of the way things move in real life. In addition to the classic physics problems involving roller coasters (where would physics be without roller coasters?), Physics teacher Mrs. Brennan et al provides concrete examples of concepts like friction, the tension in strings, and rotation in problem sets.
In general, yes, students (unless they hold a physical science credit from middle school) need to take a physics course to graduate from North Cobb. Students can easily overcome the feelings of dread by applying themselves a little more, looking over notes in class, visiting Khan Academy (which houses great, simple explanations of all the AP concepts), or simply going to their teachers before or after school for more help. With dedication, AP Physics can become quite manageable.
Though North Cobb did not explicitly offer it in the 2018-2019 school year, AP Physics C remains an option for students wanting to take a calculus-based physics course. In the most elementary definition, AP Physics 1 only uses algebra concepts, while AP Physics C incorporates calculus (which Isaac Newton essentially invented specifically for physics in his Newtonian Mechanics). The distinction does extend past that though, in that the questions in the C exam often ask more quantitative problems, while the 1 exam may instead ask for more written sections and justifications. AP Physics 1 also incorporates a small amount of Physics 2 concepts of electricity and magnetism, while AP Physics C only covers mechanics.
If students apply themselves in a dedicated manner and possess a good amount of mathematical skill and out-of-the-box thinking, AP Physics may fit their niche quite comfortably. The difficulty students see their upperclassmen friends endure may scare them off before seriously considering it, but AP Physics provides students with a chance to experience some of the most fundamental forces working and the beautiful mathematics behind it. Future engineers, mathematicians, and hopeful STEM majors would benefit greatly from taking physics in high school and give them a small head start on material that may come in college.
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Physics is an important subject. In order to do Physics homework, you need to devote time to understand different concepts and laws. Make sure you understand the topics and your curriculum. You should first go through the chapter and review the questions assigned for homework. After going through the textbook, you can start attempting questions. If you are stuck, you can always connect with our Physics tutors at TutorEye, to help you with complex questions and come off with flying colors.
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