High School Motor Control Systems Interactive Videos

Learn about the key components of a vehicle's electrical system, including the solenoid, ammeter, regulator, and starter motor. Gain a comprehensive understanding of each component's function and role within the system. Acquire skills in vehicle diagnostics and electrical system maintenance.

Explore the integration of robotics with an Etch-a-Sketch by examining how encoders and control systems facilitate interpreting drawing commands into motion. Gain insights into the field of robotics with a focus on understanding G-code for image rendering. Learn to implement optimization techniques to enhance output quality, developing a robust comprehension of project design and execution.

Explore the structure and function of the nervous system, emphasizing the central and peripheral divisions and their interactions within human biology. Gain insights into the roles of various neural components, such as neurons and glial cells. Understand the processes involved in sensory information transmission and motor command execution.

Understand the essential components and functionality of marine propulsion systems, including both basic and advanced types such as outboard motors and inboard diesel engines. Gain insights into how these systems contribute to improving safety and efficiency. Develop the ability to distinguish between the critical features and functions of these propulsion systems.

Investigate the detailed operations and elements of the Peripheral Nervous System and its vital function in connecting sensory organs and neurons. Gain an understanding of the key differences between the somatic and autonomic systems and their respective roles in governing voluntary and involuntary functions.

Focus on understanding the functionalities of the White Rogers 50E47U843 Universal Hot Surface Ignition Module, with an emphasis on installation and compatibility with various voltage systems. Gain insights into connecting the ignition module within different electrical circuits and learn techniques to simplify wiring for efficient operation.

Examine the fundamentals of hydraulic systems, focusing on key components, functions, and applications. Gain insights into the principles underlying hydraulic machinery to comprehend system advantages and limitations and distinguish between hydraulic and pneumatic systems.

Explore the principles and mechanics of star-delta starters in three-phase systems, focusing on color coding, induction motor function, contactor automation, and voltage considerations. Gain an understanding of configuration effects on torque and current, and develop skills in identifying system components and functionalities.

Explore electromagnetism by focusing on electric motors' operation and applications. Understand how electric motors function and identify their diverse uses in household items and large-scale machinery, enhancing knowledge of electromagnetism's practical applications.

Explore psychological concepts including the middle-class perspective and motor system analysis to gain a deeper understanding of these theories and their applications in social dynamics and family structures. Focus on comprehending the impact of these concepts on societal interactions and familial roles. Develop analytical skills to evaluate psychological theories and their real-world implications.

Explore system stability and hands-free communication, focusing on practical applications such as the cultural issue of Quimbaya gold repatriation. Gain insights into system dynamics and communication aids, enhancing the ability to apply these concepts in real-world scenarios.

Explore the autonomic nervous system with an emphasis on the sympathetic and parasympathetic divisions, their functions, and the muscles they affect. Understand the regulation of involuntary actions by these systems and learn about the neurotransmitters that facilitate autonomic responses.

Explore the complex workings of the nervous system by examining key functions such as sensory input, integration, and motor output. Understand the roles of neurons, functions of glial cells, and communication pathways to enhance knowledge of neural network operations and biological communication systems.

Examine the crucial role of the sensorimotor system in processing sensory input and facilitating human reflexes. Gain insights into the brain regions responsible for sensory processing and motor control, understanding how these systems work in harmony to enable movement and reflex actions.

Explore the essential functions and structures of the brain and nervous system, highlighting the roles of neurons and reflex actions. Engage in enhancing understanding of sensory perception and the communication processes within the nervous system, focusing on enriching knowledge of how these systems coordinate and function.

Explore the core functions and components of generators and motors, focusing on the conversion between different energy forms. Key parts such as the rotor and commutator play crucial roles in these processes. This content enhances understanding of electromechanical systems and aids in distinguishing between AC and DC motors. It provides insight into real-world applications, including energy conversion in electric vehicles and the advantages of brushless technology.

Explore the world of Disney Imagineering by examining how advanced animatronics and cutting-edge ride technology bring attractions to life. Gain understanding of the history and mechanisms behind iconic rides, and develop insights into engineering principles applied in entertainment design.

Exploration of cutting-edge student projects addresses challenges in engineering and design with a focus on multi-level systems, surgical robot arms, and automation. Learners gain an understanding of problem-solving techniques, deepening their knowledge of engineering principles and effective design processes.

Explore the modern practices of offshore salmon farming in Norway, focusing on sustainability and technological integration. Gain insights into the environmental, economic, and legal dimensions of aquaculture to critically assess the impact of these practices on ecosystems and economies.

Explore the complex relationship between various motor types and their impact on signal systems alongside the historical events that have shaped these technologies. Gain insights into maintaining operational efficiency and understanding historical precedents, thereby enhancing technical and analytical skills.