Physics course identity Basic Physics IA (FUH1A3) is a 3-credit course taught in the first semester of the first level of the electrical engineering faculty. Description We live in a high-tech society, and Electrical Engineers are among the largest, most diverse and dynamic contributors to our technological advancements. Electrical Engineers apply the principles of science and mathematics to practical use in instrumentation and circuit design, microelectronics, signal processing, telecommunications, machine control, and power generation and distribution. Physics course (FUH1A3INT) one of the 49 subject courses at Telkom university that provides fundamental knowledge about classical mechanics. Historically, a set of core concepts -- force, momentum, torque, and angular momentum -- were introduced in classical mechanics in order to solve the most famous physics problem, the motion of the planets. The principles of mechanics successfully described many other phenomena encountered in the world. Conservation laws involving energy, momentum, and angular momentum provided a second parallel approach to solving many of the same problems. In this course, we will investigate both approaches: Force and conservation laws. Course Profile and History The Physics course in this study program has been around for a long time , this campus was named the STT Telkom. Course Relevance (Urgency) The urgency of a physics course is the core subject of the Electrical Engineering study program, where this course is a fundamental or basic basis for understanding the whole of Electrical Engineering. Correlation to the other course Map of Learning Outcomes and Learning Study Lesson plan (PB Maps) Navigation learning physics online Although there is no formal prerequisite for Physics courses, it is recommended that students have maintained a minimum of 70% in both Foundations of calculus 1. Students who may have not done so may want to consider upgrading their math skills before taking this course. Physics is a self-study, interactive course that provides an introductory insight into the understanding of our physical world by examining the scope, nature, relevance, and limitations of physics. Through this course, you will investigate physical phenomena, including motion, contact forces, and mechanical waves. Conservation of energy is also explored through momentum, impulse, work, energy, and power. Tips and tricks Good understanding of the basics, Memorizing basic equations, Strengthening your math skills, Studying derivations, Analyze problems, Focus on important aspects of each problem, Utilize drawings, Making use of correct units, Usage of flashcards to study, Examine the course, and Active participation. Certification for Electrical Engineer https://drive.google.com/open?id=0B0I_gc_bGcQQbjhpOUFrVlJ4eWc Lecturer Bandiyah Sri Aprillia (BND); M.Husneni Mukhtar (MKH); Wahmisari P (WHM) References Douglas C. Giancoli," Physics for Scientists and Engineers", second edition, Prentice-Hall International Inc, 1988. Sutrisno," Seri Fisika Dasar Listrik - Magnet", Penerbit ITB, 1982. Paul A. Tipler," Fisika untuk Sains dan Teknik Jilid 2", edisi 3, Erlangga, 1991.

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Basics Concept of Vectors 2. The magnitude and direction of a vector 3. Finding the magnitude and direction of a vector 4. Analitical and Graphical Method of vector addition and subtraction 5. Dot Operation 6. Cross Operation 7. Vector Projection

---

Course Modules

Welcome !! Let's Study about Physics Subchapter : 1. The position of Particles on the X-axis 2. Distance and Displacement on the X-axis 3. Average Velocity and average speed 4. Instantaneous Velocity and Instantaneous Speed 5. Average Acceleration and Instantaneous acceleration 6. Motion at Constant Acceleration 7. Freely Falling Objects

---

Course Modules

Welcome !! Let's Study about Physics Subchapter : 1. The position of a particle moving in the xy plane 2. Displacement and Distance in the xy plane 3. Average Velocity and Instantaneous Velocity in the xy plane 4. Average Acceleration and Instantaneous acceleration in the xy plane 5. Solving Problems Involving Kinematics in 2D 6. Polar Coordinates 7. Position Vector in Circular Motion 8. Velocity and Acceleration in Circular Motion

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Force 2. Newton's First Law of Motion 3. Newton's second Law of Motion 4. Solving Problems Involving Newton's second Law 5. Gravitation Force 6. Normal Force 7. Newton's Third Law of Motion 8. Solving Problems Involving Newton's third Law

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter: 1. Static Friction 2. Kinetic Friction 3. Spring Force 4. Application of Newton's Law 5. Solving Problems Involving Kinetic Friction 6. Solving Problems Involving static and Kinetic Friction

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Definition of Work and Work done by a constant forces 2. Work done by Varying Forces 3. Work-energy principle (WEP) 4. Finding the Speed of an Object (Application of WEP) 5. Conservative Force 6. Potential energy 7. Mechanical energy and its application

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Center of mass system of Particles 2. Center of mass system of a Rigid Body 3. Momentum of a system of Point Particles 4. Internal and external force 5. Momentum conservation Principle 6. Collisions and Explosions 7. Impulse

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Moment of inertia of a particle 2. The Moment of inertia for continous bodies 3. Parallel Axes Theorem 4. Torque and angular momentum 5. Angular Acceleration 6. Conservation of angular momentum 7. Rotational kinetic energy 8. Combined Motion of Translation and Rotation

---

Course Modules

Welcome !! Let's Study about Physics Subchapter : 1. Definition of Oscillation 2. Oscillation of a horizontal spring 3. Oscillation of a Vertical spring 4. The equation for simple harmonic oscillators 5. Mathematical Pendulum 6 Physical Pendulum 7. Solving Problems Involving Oscillations

---

Course Modules

Welcome !! Let's Study about Physics 1. Definition of Simple harmonic waves 2. Rope Wave 3. The principle of superposition of waves 4. Reflected Wave 5. Transmission Wave 6. Standing Waves and Travelling Waves 7. Dumped Waves

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. The propagation of Sound 2. Reflection and Interference of sound waves 3. Resonance 4. Doppler Effect 5. The application of doppler effect 6. Sonic Boom 7. Intensity and Intensity level

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Phasor Diagrams 2. Phase differece- Path difference 3. Phase differece- Reflection 4. Young's Interference 5. Young's Interference on the water 6. N-slit Interference 7. Resolution

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Understanding Wave Diffraction 2. Single slit diffraction 3. Double Slit diffraction 4. Diffraction Grating 5. Resolution 6. Solving Problems Involving Diffraction 7. Solving Problems Involving Resolution

---

Course Modules

Wellcome !! Let's Study about Physics Subchapter : 1. Wave polarisation definition 2. Linear Polarization 3. Circular Polarization 4. Elliptical Polarization 5. Malus' law 6. Solving Problems Involving Polarization 7. Solving Problems Involving Malu's law

---

Course Modules