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Physics 240: Physics for Science and Engineering I

Physics 240: Physics for Science and Engineering I (Calculus-based Mechanics) (UMKC). Taught by Professor Jerzy Wrobel, this course provides an introduction to mechanics, wave motion and sound and heat and thermodynamics. And the course is based on the 8th edition of a textbook Physics for Scientists and Engineers authored R.A. Serway & J.W. Jewett, Jr.

Lecture 37 - Application of Newton's Second Law

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Lecture 01 - Review of the Course Syllabus

Lecture 02 - Introduction to Physics

Lecture 03 - Scalar Quantities

Lecture 04 - Area, Volume and Density

Lecture 05 - Vectors

Lecture 06 - Scalar Product and Cartesian Coordinate System

Lecture 07 - Vector Quantities

Lecture 08 - Velocity and Acceleration

Lecture 09 - Motion with Constant Velocity

Lecture 10 - Motion with Constant Acceleration

Lecture 11 - Inverse Relations

Lecture 12 - Galilean Transformation

Lecture 13 - Laws of Motion; the Concept of Force

Lecture 14 - Laws of Motion; Four Fundamental Interactions

Lecture 15 - Laws of Motion; Weight, Normal Force, Static Friction

Lecture 16 - Laws of Motion; Kinetic Friction, Tension, Drag

Lecture 17 - Uniform Circular Motion

Lecture 18 - Inertial Forces

Lecture 19 - Inertial Forces (cont.)

Lecture 20 - Newton's Second Law in a Non-Inertial Reference Frame

Lecture 21 - The Work-Energy Theorem (v.1)

Lecture 22 - Power, Conservative Interaction, Potential Energy

Lecture 23 - Mechanical Energy

Lecture 24 - Applications of the Work-Energy Theorem

Lecture 25 - Relation between Descriptions of Interaction and Descriptions of Motion

Lecture 26 - Impulse-Momentum Theorem

Lecture 27 - Conservation of Total Momentum

Lecture 28 - Center of Mass

Lecture 29 - Newton's Second Law, Center of Mass, Kinetic Energy

Lecture 30 - Work-Energy Theorem IV; Total Kinetic Energy

Lecture 31 - Work-Energy Theorem; Gravitational Interaction

Lecture 32 - Angular Momentum and Torque

Lecture 33 - Center of Force and Rigid Body

Lecture 34 - Total Angular Momentum of a Rigid Body

Lecture 35 - Motion of Center of Mass, Axis of Rotation, Moment of Inertia

Lecture 36 - Kinetic Energy of a Rigid Body

Lecture 37 - Application of Newton's Second Law

Lecture 38 - Application of Newton's Second Law for Analysis

Lecture 39 - Internal Interactions

Lecture 40 - Hooke's law

Lecture 41 - Liquid in Equilibrium

Lecture 42 - Archimedes Principle and Bernoulli's Equation

Lecture 43 - Motion of Particles; Sinusoidal Waves

Lecture 43 - Concept of Heat Transfer

Lecture 44 - Heat Capacity

Lecture 45 - Thermodynamic Processes

Lecture 46 - The First Law of Thermodynamics

Lecture 47 - Microscopic Model of an Ideal Gas

Lecture 48 - Entropy

Lecture 49 - Second Law of Thermodynamics

Lecture 50 - Consequences of the Second Law of Thermodynamics

Lecture 51 - Review of Concepts