Course Syllabus

Course Description

Welcome to the world of Physics! Here, we will explore the natural laws of how the universe operates. This introductory course covers all the fundamentals of Physics, and is comprehensive enough for students already familiar with the subject. Join now, and together we'll learn about momentum and energy, force and motion, gravity, particles, the five states of matter, temperature and heat, sound waves, electricity, magnetism, and light.

Today, much of technology and our lifestyles are brought to us by the laws of Physics, yet surprisingly, most people don't understand the fundamentals. Acoustics, astronomy, electromagnetism, electronics, nuclear power, optics, nanotechnology are just a few of the industries requiring an understanding of Physics.

Completely Online
Self-Paced
6 Months to Complete
24/7 Availability
Start Anytime
PC & Mac Compatible
Android & iOS Friendly
Accredited CEUs

Universal Class is an IACET Accredited Provider

Learning Outcomes

By successfully completing this course, students will be able to:

Analyze the interconnections between physics and other scientific disciplines by identifying how theories from physics are applied in fields such as chemistry and biology.
Demonstrate an understanding of fundamental physics concepts by explaining how energy is harnessed and utilized in modern society using specific examples.
Apply Newton's Laws of Motion to predict and analyze the behavior of macroscopic objects, showcasing understanding through practical scenarios and problem-solving exercises.
Define and differentiate between statics, kinematics, and dynamics in classical mechanics, relating each to real-world examples and physics concepts.
Apply the conservation of momentum principle to analyze collision scenarios and predict post-collision velocities in a closed system.
Define and calculate momentum using the equation \( p = m \times v \), including units and direction for vector quantities.
Calculate the acceleration of an object using Newton's Second Law by applying the formula F = ma in different scenarios.
Identify and describe Newton's three Laws of Motion and provide real-world examples to illustrate each law.
Calculate the force of gravity acting on different objects on Earth using Newton's Law of Universal Gravitation, and relate it to observable phenomena
Explain the principles of escape velocity and its significance in space exploration, with examples of applications in modern aerospace technology
Define and contrast the concepts of sliding, rolling, and fluid friction, providing real-world examples of each
Identify and differentiate between translational and non-translational motion, providing real-world examples of each type.
Define and analyze the concept of degrees of freedom in multi-particle systems, demonstrating how constraints simplify system behaviors.
Demonstrate mastery of lesson content at levels of 70% or higher.

Assessment Guide

Assessment	Points
Why this Course?	1 points
Lesson 1 Exam	18 points
Lesson 2 Activity	1 points
Lesson 2 Exam	18 points
Lesson 3 Exam	18 points
Lesson 4 Exam	18 points
Lesson 5 Exam	18 points
Lesson 6 Exam	16 points
Lesson 7 Exam	18 points
Lesson 8 Activity	1 points
Lesson 8 Exam	22 points
Lesson 9 Activity	1 points
Lesson 9 Exam	20 points
Lesson 10 Activity	1 points
Lesson 10 Exam	18 points
Lesson 11 Activity	1 points
Lesson 11 Exam	20 points
Lesson 12 Activity	1 points
Lesson 12 Exam	20 points
Lesson 13 Exam	20 points
Lesson 14 Exam	16 points
Lesson 15 Exam	20 points
Lesson 16 Exam	18 points
Lesson 17 Exam	20 points
Lesson 18 Exam	18 points
Lesson 19 Exam	16 points