These documents contain the notes from every lecture of the Discrete Mathematics for Computer Science, Linear Algebra, and Electricity and Magnetism classes at MIT. There is a bonus document for the Electricity and Magnetism course that deep dives into conductors. Over 90 lectures covered with grap...
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Linear Algebra is a fundamental course in mathematics that focuses on the study of vector spaces and linear transformations. The course at MIT, taught by Professor Gilbert Strang and Andrew Horning during the 2022-2023 academic year, is highly regarded for its depth and quality. The course covers...
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Add to cartLinear Algebra is a fundamental course in mathematics that focuses on the study of vector spaces and linear transformations. The course at MIT, taught by Professor Gilbert Strang and Andrew Horning during the 2022-2023 academic year, is highly regarded for its depth and quality. The course covers...
These are the notes of an MIT student who received an A+ mark in the class! Electricity and Magnetism (course code 8.02) at MIT is a physics course that delves into the fundamental principles and concepts of electromagnetism. It is part of the introductory physics sequence and provides a comprehe...
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Add to cartThese are the notes of an MIT student who received an A+ mark in the class! Electricity and Magnetism (course code 8.02) at MIT is a physics course that delves into the fundamental principles and concepts of electromagnetism. It is part of the introductory physics sequence and provides a comprehe...
This document delves deep into the key properties of conductors and their crucial role in the study of electricity and magnetism. Conductors possess the remarkable characteristic of electrostatic shielding, wherein the electric field inside a conductor reaches zero in electrostatic equilibrium. This...
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Add to cartThis document delves deep into the key properties of conductors and their crucial role in the study of electricity and magnetism. Conductors possess the remarkable characteristic of electrostatic shielding, wherein the electric field inside a conductor reaches zero in electrostatic equilibrium. This...
This document goes through an A student's notes from the 6.1200 courses at MIT. It goes over every lecture in the course and contains six units: Proofs, Iteration and Growth, Number Theory, Graph Theory, Counting, and Probability. It contains notes of over 20 lectures.
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Add to cartThis document goes through an A student's notes from the 6.1200 courses at MIT. It goes over every lecture in the course and contains six units: Proofs, Iteration and Growth, Number Theory, Graph Theory, Counting, and Probability. It contains notes of over 20 lectures.
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