Master statics with this comprehensive online course. From Newton’s Laws to complex vector problems, gain in-depth understanding through practical exercises and detailed lessons.
The exquisite "Statics Course" is an exemplary journey into the fundamentals of statics, meticulously designed to provide a comprehensive understanding of the essential principles. With a total duration of 21 hours and 45 minutes, this course carries the prestige of an average 5-star rating, clearly reflecting the high satisfaction and approval from learners. Categorized under Basic Studies, this course divinely fits into the subcategory of Statistics, centering on the critical aspects of static equilibrium and vector mechanics.
Embarking on this educational adventure, learners will be first introduced to the foundational knowledge in "Statics: Lesson 1 - Intro and Newton’s Laws, Scalers, and Vectors." This initial module sets the stage by delving into Newton's laws, scalers, and vectors, which form the bedrock of statics. As you progress through the lessons, you will encounter an array of intricately structured topics that incrementally develop your understanding and problem-solving abilities.
What's noteworthy about this course is its exemplary array of meticulously crafted topics. From "Vector Language, Intro to Vector Addition" to lessons on sophisticated concepts like "Finding Vector Components in Non-Orthogonal Systems," each segment is designed to simplify complex ideas through clear explanations and practical applications.
Advancements into three-dimensional vectors begin in "Lesson 8 - Intro to 3D Vectors, Deriving Blue Triangle Equations (Spherical Coordinates)", offering learners a deeper exploration into 3D vector components and directional cosines. This creates a significant leap into more advanced topics as learners practice and refine their skills through various drill problems and application-centric lessons.
The course ensures that learners are well-prepared for practical applications by integrating crucial problem-solving tactics, equilibrium conditions, and moments —both in two-dimensional and three-dimensional spaces. Lessons such as "Equilibrium of a Particle, 2D Forces Around a Pulley" and "3D Equilibrium of a Rigid Body" are finely tuned to help learners understand and apply these principles in real-world contexts.
One cannot overlook the inclusion of centroid calculations and distributed loads, which are pivotal in many branches of applied mechanics. Lessons like "Intro to Centroids, Where is the Center of Texas?" and "Centroids by Calculus Method" offer insightful techniques for accurate centroid determination and application in structures.
Further honing your expertise, the course transitions into intricate subjects like "Trusses" - vital for structural engineering students. Methods like "The Method of Sections", "Method of Joints", and insightful problems like "Frame Problem with 2 (Two) Force Members" are thoroughly explored to provide learners with a robust understanding.
The rich content is punctuated with comprehensive review sessions that prepare learners for evaluations, ensuring a clear grasp of all topics. Following rigorous preparation, topics advance to calculations involving "Area Moment of Inertia" and its practical applications, which are essential in material mechanics and design.
The course beautifully concludes with a recap and a forward-looking perspective that motivates and guides learners toward more advanced studies or professional applications in the field. "Statics: Lesson 71 - Statics Conclusion and Farewell! What’s Next?" ensures that you leave the course well-equipped and inspired for future endeavors.
The "Statics Course" is an unparalleled opportunity to dive deep into the world of statics, offering a meticulously curated educational experience that stands out for its coherence, clarity, and practicality.
Video class: Statics: Lesson 1 - Intro and Newton’s Laws, Scalers, and Vectors
0h16m
Exercise: _What is Newton's first law of motion?
Video class: Statics: Lesson 2 - Vector Language, Intro to Vector Addition
0h12m
Video class: Statics: Lesson 3 - The Triangle Rule for Adding Vectors to Find a Resultant
0h16m
Video class: Statics: Lesson 4- Vector Addition, Triangle Rule, and Cartesian and Vector Notation
0h23m
Video class: Statics: Lesson 5 - 2D Find Resultant Vectors, Triangle Rule, Cartesian Components
0h13m
Exercise: _What are the two methods used to find the resultant of vectors F1 and F2 in the given problem?
Video class: Statics: Lesson 6 - Finding Vector Components in Non-Orthogonal Systems
0h07m
Video class: Statics: Lesson 7 - Most Missed Topic in Statics, Cartesian Coordinates
0h08m
Video class: Statics: Lesson 8 - Intro to 3D Vectors, Deriving Blue Triangle Equations (Spherical Coordinates)
0h15m
Video class: Statics: Lesson 9 - Drill Problems Practicing Blue Triangle Problems (Spherical Coordinates)
0h12m
Exercise: _What are the three unknowns in the blue triangle equations?
Video class: Statics: Lesson 10 - Directional Cosines for 3D Vectors and Components
0h13m
Video class: Statics: Lesson 11 - Finding 3D Vectors When Given Coordinates
0h12m
Video class: Statics: Lesson 12 - Statics About a Particle, 3D Resultant of Vector Forces
0h17m
Video class: Statics: Lesson 13 - Dot Product for Angles Between Vectors and Projections
0h23m
Exercise: _What is the mathematical trick used to find the angle between two 3D vectors?
Video class: Statics: Lesson 14 - Using Scaler Equations to Solve for 2 Unknowns
0h11m
Video class: Statics: Lesson 15 - Proving There’s no Such Thing As Straight Strings
0h09m
Video class: Statics: Lesson 16 - Equilibrium of a Particle, 2D Forces Around a Pulley
0h10m
Video class: Statics: Lesson 17 - 2D Equilibrium of a Particle With Springs
0h14m
Exercise: _What is the equation for force in a spring used in statics according to Dr. Hanson?
Video class: Statics: Lesson 18 - 2D Statics on a Particle, Multiple Free Body Diagrams
0h17m
Video class: Statics: Lesson 19 - 3D Statics About a Particle, Calculating Unit Vectors
0h17m
Video class: Statics: Lesson 20 - 3 Equations and Unknowns, 3D Vectors
0h14m
21 hours and 45 minutes of online video course
Exercises to train your knowledge
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