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The motion of charges through a conductor gives rise to electrical current measured in Ampere. The current can flow through electrical circuits that are formed by connecting a battery with resistance using conducting wires. Electrical circuits follow the macroscopic Ohms laws which connects Current I Voltage V and resistance R to flow of current through the electrical circuits, V = IR. You will also understand and apply Kirchhoff&#39;s voltage laws of electrical loops, current law of nodes to analyze complicated electrical circuits. You will analyze circuits with series and parallel resisters and capacitors and combination of the two.

NISH 2021

Circuits Segment 3: Electrical Power and Energy

## Dr. Nishikant (Nish) Sonwalkar: Academician, Scientist, Musician

![](https://assets.underline.io/uploads/markdown_image/1/image/0f9b63a0b3deba4a355d98e2c87af68a.png)

Dr. Sonwalkar is regarded as a leading expert in the application of computers in education. He has extensive research and development experience in hypermedia authoring, mobile learning, adaptive learning, and brain-based synaptic learning, advanced scientific visualization, database management systems, and computer simulation.

After receiving doctoral degree from MIT in the area of Molecular Dynamics of Nano-interfaces, he joined MIT as faculty in Mechanical Engineering, but his passion for technology enabled education led him become the founding director of Hypermedia Teaching Facility (Hypermedia Lab) at MIT and later he was appointed as the Principal Educational Architect of MIT.

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The motion of charges through a conductor gives rise to electrical current measured in Ampere. The current can flow through electrical circuits that are formed by connecting a battery with resistance using conducting wires. Electrical circuits follow the macroscopic Ohms laws which connects Current I Voltage V and resistance R to flow of current through the electrical circuits, V = IR. You will also understand and apply Kirchhoff's voltage laws of electrical loops, current law of nodes to analyze complicated electrical circuits. You will analyze circuits with series and parallel resisters and capacitors and combination of the two.

lecture

In This Lesson: Part 2 of 2, Case Study III: A Combined MD-RS Approach for Designing Ice-metal Interfaces by Nish Sonwalkar

Molecular Dynamics MOOC 12.2.4b. Case Study: A Combined MD-RS Approach for Designing Ice-metal Interfaces

In This Lesson: Part 1 of 2, Case Study IV: Molecular Dynamics of Boundary Lubrication on Silicon Surface by Nish Sonwalkar

Molecular Dynamics MOOC 12.2.5a. Case Study: Molecular Dynamics of Boundary Lubrication on Silicon Surface

In This Lesson: Part 2 of 2, Case Study IV: Molecular Dynamics of Boundary Lubrication on Silicon Surface by Nish Sonwalkar

Molecular Dynamics MOOC 12.2.5b. Case Study: Molecular Dynamics of Boundary Lubrication on Silicon Surface

Circuits Segment 4: Combinations of Circuit Elements

Circuits Segment 5: Capacitors in Circuits

Circuits Segment 6: Transients in RC Circuits

In this section we will learn about magnetic force and magnetic field. We will study, also, the motion of particles in a magnetic field and the Biot-Savart law, which allows to calculate the magnetic field produced by a current.

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Circuits Segment 3: Electrical Power and Energy

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Molecular Dynamics MOOC 12.2.4b. Case Study: A Combined MD-RS Approach for Designing Ice-metal Interfaces

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Circuits Segment 6: Transients in RC Circuits

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