Engineering Mechanics: Statics

🧩 Dive into the World of Engineering Mechanics: Statics with Cherish Qualls, PhD 🚀

Course Description:

What is Statics and how will it help me? 🤔 Statistics is a fundamental subject in engineering mechanics and is often the first course you'll encounter in your university journey. It's the science of studying objects that are either at rest or moving with a uniform velocity, which is crucial for understanding forces and their effects on various systems. Mastering statics enhances your analytical skills and teaches you to interpret and solve complex problems by breaking them down into manageable parts.

One of the core competencies you'll develop in this course is the creation and interpretation of Free Body Diagrams (FBDs). FBDs are a staple in engineering and physics, allowing you to visualize the forces acting upon an object. This skill will be invaluable as you progress through your studies or career.

Why is this course better than the others? ✨ This course stands out for several reasons:

• Comprehensive Examples: You'll find a wealth of fully-worked examples that cater to various difficulty levels, ensuring clarity and comprehension.
• Teaching Philosophy: Inspired by my own experiences as a student, I approach teaching with handwritten notes, clear explanations, and a focus on visual learning.
• Assessment and Support: To gauge your understanding, there will be exams. And if you encounter any difficulties, video solutions are available to assist you.
• Foundation to Complexity: We'll start at the basics—vector and scalar operations, Cartesian vectors, equilibrium analysis, moments of forces, and more—and build up to advanced topics in a logical sequence.

What will I learn in this course? 📚 In this course, you will explore a range of concepts including:

• Vector and Scalar Operations
• Cartesian Vectors
• Projection of Forces
• Free Body Diagrams (FBDs)
• 2-D and 3-D Equilibrium Analysis for Particles and Rigid Bodies
• Moments of Forces and Couple Moments
• Joints and Sections
• Centroids and Moments of Inertia
• ...and much more! 🚀

What do I need to know before starting? 🎓 This course assumes you have a basic understanding of:

• Physics 1
• Calculus, with an emphasis on derivatives and integrals.

Don't worry if you haven't covered these topics recently; we'll cover all the necessary concepts in depth.

Is there a recommended textbook? 📚 For those looking for additional support, I highly recommend the text "Engineering Mechanics - Statics" by Hibbeler. While not required, it serves as an excellent companion to this course and aligns with the examples provided.

Course Details:

• Prerequisites: Physics 1 and Calculus
• Textbook Recommendation: "Engineering Mechanics - Statics" by Hibbeler (14th Edition)
• Learning Methods: Engaging lectures, fully-worked examples, practical applications, and video solutions.

Enrollment Information:

Why wait to unlock the secrets of statics? 🎓 Enroll today and start your journey into the fascinating realm of Engineering Mechanics with Cherish Qualls, PhD!

With this course, you're not just learning statics; you're setting the foundation for success in engineering and beyond. Join us now and transform the way you approach complex problems! 💡✨