Mechanics – For Lila – Cogverse Academy

Offline

Author

Cogverse Academy

Language

English

Current Status

Not Enrolled

Price

$50/month

Get Started

Take this Course

Current Status

Not Enrolled

Price

$50/month

Get Started

Take this Course

Course Content

Expand All

-- KINEMATICS --

Kinematics – Lecture 26 Topics Sample Lesson

Expand

Lesson Content

0% Complete 0/26 Steps

P01-010 – Measuring Time & Position

P01-020 – Particle Model

P01-030 – Position Vector

P01-040 – Displacement Vector

P01-050 – Average Velocity Vector

P01-060 – Average Acceleration Vector

P01-070 – Instantaneous Velocity

P01-080 – Instantaneous Acceleration

P01-090 – Relationship Between Velocity & Acceleration

P01-100 – Kinematic Equations with Constant Acceleration

P01-110 – Application: Free-Fall

P01-140 – Position Vector in 3D

P01-150 – Displacement Vector in 3D

P01-160 – Average Velocity Vector in 3D

P01-170 – Average Acceleration Vector in 3D

P01-180 – Instantaneous Velocity in 3D

P01-190 – Instantaneous Acceleration in 3D

P01-200 – Angular Position & Displacement

P01-210 – Average Angular Velocity

P01-220 – Average Angular Acceleration

P01-230 – Instantaneous Angular Velocity

P01-240 – Instantaneous Angular Acceleration

P01-250 – Relationship Between Angular Speed & Acceleration

P01-260 – Kinematic Equations for Circular Motion

P01-270 – Relating Angular and Linear Quantities

P01-280 – Relative Motion in 2D

-- PROJECTILE MOTION --

Projectile Motion – Lecture 7 Topics Sample Lesson

Expand

Lesson Content

0% Complete 0/7 Steps

P02-010 – Projectile Motion

P02-020 – Equations of Motion

P02-030 – Equation of the Path y = f(x)

P02-040 – Finding the Maximum Height

P02-050 – Property of the Path of the Projectile

P02-060 – Range of the Projectile

P02-070 – Launch Angle and Range Maximization

-- NEWTON'S LAWS --

Newton’s Laws – Lecture 13 Topics

Expand

Lesson Content

0% Complete 0/13 Steps

P03-010 – Force and Vector Representation

P03-020 – Common Forces: weight force

P03-030 – Common Forces: tension force

P03-040 – Common Forces: normal force

P03-050 – Common Forces: friction forces

P03-060 – Common Forces: spring force & Hooke’s Law

P03-070 – Free-Body Diagram

P03-080 – Net Force

P03-090 – Newton’s First Law

P03-100 – Newton’s Second Law

P03-110 – Newton’s Third Law

P03-120 – Application: ideal string

P03-130 – Application: ideal pulley

-- CIRCULAR MOTION --

Circular Motion – Lecture 14 Topics

Expand

Lesson Content

0% Complete 0/14 Steps

P04-010 – Circular Motion

P04-020 – RTZ Coordinate System

P04-030 – Direction of Acceleration

P04-040 – Components of Acceleration

P04-050 – Derivation of the Components of Acceleration

P04-060 – Uniform & Non-Uniform Circular Motion

P04-070 – Period of Revolution

P04-080 – Newton’s Second Law

P04-090 – Angular Position & Displacement

P04-100 – Instantaneous Angular Velocity

P04-110 – Instantaneous Angular Acceleration

P04-120 – Relationship Between Velocity and Acceleration

P04-130 – Kinematic Equations for Circular Motion

P04-140 – Relating Angular & Linear Quantities

-- WORK & ENERGY --

Work & Energy – Lecture 15 Topics

Expand

Lesson Content

0% Complete 0/15 Steps

P05-010 – Energy

P05-020 – Kinetic Energy

P05-030 – Gravitational Potential Energy

P05-040 – Elastic Potential Energy

P05-050 – Mechanical Energy

P05-060 – Work Done by a Force

P05-070 – Calculating the Work Done by a Force

P05-080 – Conservative Force

P05-090 – Conservative Force and Gradient of Pot. Energy

P05-100 – Work Done by the Weight Force

P05-110 – Work Done by the Spring Force

P05-120 – Work-Kinetic Energy Theorem

P05-130 – Derivation of the Work-Kinetic Energy Theorem

P05-140 – Conservation of Mechanical Energy

P05-150 – Power and Mechanical Power

-- IMPULSE & MOMENTUM --

Impulse & Moment. – Lecture 12 Topics

Expand

Lesson Content

0% Complete 0/12 Steps

P06-010 – Momentum Vector

P06-020 – Newton’s Second Law in Momentum Form

P06-030 – Conservation of Momentum

P06-040 – Impulse of a Force

P06-050 – How to Calculate an Impulse

P06-060 – Impulse-Momentum Theorem

P06-070 – Inelastic & Elastic Collisions

P06-080 – Solving Strategy: perfectly inelastic collision

P06-090 – Solving Strategy: head-on elastic collision

P06-100 – Solving Strategy: off-center elastic collision

P06-110 – Conservation of Momentum for Variable Mass Systems: the rocket equation

P06-120 – Impulse-Momentum Theorem for Variable Mass Systems

-- GRAVITATION --

Gravitation – Lecture 27 Topics

Expand

Lesson Content

0% Complete 0/27 Steps

P07-010 – Gravitational Field

P07-020 – Gravitational Force

P07-030 – The Weight Force

P07-040 – The Principle of Superposition

P07-050 – Circular Orbits: uniform circular motion

P07-060 – Circular Orbits: orbital speed

P07-070 – Circular Orbits: period of revolution

P07-080 – Gravitational Potential Energy

P07-090 – Gravitational Potential Energy for a System of Masses

P07-100 – Gravitational Potential Energy and Work

P07-110 – Conservation of Mechanical Energy

P07-120 – Nature of Orbits and Mechanical Energy

P07-130 – Escape Velocity

P07-150 – Kepler’s 1st Law: law of orbits

P07-160 – Kepler’s Second Law: law of areas

P07-170 – Kepler’s Third Law: law of periods for circular orbits

P07-180 – Kepler’s Third Law: law of periods for elliptical orbits

P07-190 – Gravitational Flux

P07-200 – Gauss’s Theorem for Gravitation

P07-210 – Computation: infinite line of mass

P07-220 – Computation: infinite cylinder of mass

P07-230 – Computation: infinite sheet of mass

P07-240 – Computation: solid sphere of mass

P07-250 – Computation: finite line of mass

P07-260 – Computation: semi-circle of mass

P07-270 – Computation: ring of mass

P07-280 – Computation: disk of mass

-- CENTER OF MASS --

Center of Mass – Lecture 11 Topics

Expand

Lesson Content

0% Complete 0/11 Steps

P08-010 – Center of Mass of a System of Particles

P08-020 – Position of the Center of Mass

P08-030 – Velocity of the Center of Mass

P08-040 – Acceleration of the Center of Mass

P08-050 – Newton’s Second Law and Center of Mass

P08-060 – Center of Mass of a Rigid Body

P08-070 – Computation: center of mass of a uniform rod of mass

P08-080 – Computation: center of mass of a uniform cylinder

P08-090 – Computation: center of mass of a uniform solid sphere

P08-100 – Computation: center of mass of a compound body

P08-110 – Computation: center of mass of a hollow body

-- SOLID ROTATION - STATICS --

Statics – Lecture 5 Topics

Expand

Lesson Content

0% Complete 0/5 Steps

P09-010 – Equilibrium of an Extended Body

P09-020 – Introduction: three simple cases

P09-030 – Reminder: cross product of two vectors

P09-040 – Torque Created by a Force

P09-050 – Equilibrium Condition for an Extended Body

-- SOLID ROTATION - DYNAMICS --

Dynamics – Lecture 10 Topics

Expand

Lesson Content

0% Complete 0/10 Steps

P10-010 – Solid Rotation

P10-020 – Angular Velocity Vector

P10-030 – Angular Acceleration Vector

P10-040 – Moment of Inertia

P10-050 – List of Moments of Inertia

P10-060 – Computation: moment of inertia of a solid rod

P10-070 – Computation: moment of inertia of a solid cylinder

P10-080 – Computation: moment of inertia of a solid sphere

P10-090 – Parallel-Axis Theorem

P10-100 – Newton’s Second Law for Rotational Motion

-- SOLID ROTATION - ENERGY & MOMENTUM --

Energy & Moment. – Lecture 11 Topics

Expand

Lesson Content

0% Complete 0/11 Steps

P11-010 – Angular Momentum

P11-020 – Newton’s Second Law in Angular Momentum Form

P11-030 – Conservation of Angular Momentum

P11-040 – Impulse-Momentum Theorem of Angular Momentum

P11-050 – Rolling Motion

P11-060 – Rolling w/o Slipping and Static Friction

P11-070 – Rotational Kinetic Energy

P11-080 – Rolling Kinetic Energy

P11-090 – Work Done by a Torque

P11-100 – Work-Kinetic Energy Theorem

P11-110 – Conservation of Energy for Rolling w/o Slipping

-- FLUIDS --

Fluids – Lecture 9 Topics

Expand

Lesson Content

0% Complete 0/9 Steps

P12-010 – Definitions for Fluids

P12-020 – Mass Density & Pressure

P12-030 – Fundamental Equation of Hydrostatics

P12-040 – Hydrostatic Pressure in a Uniform Gravitational Field

P12-050 – Buoyant Force & Archimedes’ Principle

P12-060 – Floating Condition and Neutrally Buoyant Objects

P12-090 – Volume Flow Rate & Mass Flow Rate

P12-100 – Continuity Equation

P12-110 – Bernoulli’s Equation

-- OSCILLATIONS --

Oscillations – Lecture 19 Topics

Expand

Lesson Content

0% Complete 0/19 Steps

P13-010 – Oscillatory Motion

P13-020 – Definitions: period, frequency, and amplitude

P13-030 – Modeling Oscillations Mathematically

P13-040 – Velocity & Acceleration of Oscillations

P13-050 – Maximum Speed and Maximum Acceleration

P13-060 – Methods to Determine the Phase Constant

P13-070 – Review: second-order differential equations

P13-080 – Classic Oscillators: horizontal mass-spring oscillator

P13-090 – Classic Oscillators: vertical mass-spring oscillator

P13-100 – Classic Oscillators: simple pendulum

P13-110 – Classic Oscillators: physical pendulum

P13-120 – Classic Oscillators: torsional pendulum

P13-130 – Conservation of Energy: horizontal oscillator

P13-140 – Conservation of Energy: vertical mass-spring oscillator

P13-150 – Conservation of Energy: simple pendulum

P13-160 – Conservation of Energy: physical pendulum

P13-170 – Conservation of Energy: torsional pendulum

P13-180 – Springs in Series or in Parallel

P13-190 – Modeling Damped Oscillations

-- MECHANICAL WAVES --

Mechanical Waves – Lecture 22 Topics

Expand

Lesson Content

0% Complete 0/22 Steps

P14-010 – Fundamental Definitions

P14-020 – Classification of Waves

P14-030 – One-Dimensional Sinusoidal Traveling Waves

P14-040 – Period and Wavelength

P14-050 – Speed of a Traveling Wave

P14-060 – Principle of Superposition

P14-070 – Constructive and Destructive Interference

P14-080 – Conditions for Constructive and Destructive Interference

P14-090 – Waves on a String Under Tension

P14-100 – Celerity of a Wave on a String

P14-110 – Reflection of a Wave at a Boundary

P14-120 – Standing Waves

P14-130 – Patterns, Fundamental Frequency, Harmonics

P14-140 – Soundwaves

P14-150 – Wave Equation in a Fluid

P14-160 – Standing Waves in a Column of Air

P14-170 – Column of Air Closed at Both Ends

P14-180 – Column of Air Open at Both Ends

P14-190 – Column of Air with Open/Closed Ends

P14-200 – Beats

P14-210 – Doppler Effect

P14-220 – Intensity and Sound Level

-- CALORIMETRY --

Calorimetry – Lecture 9 Topics

Expand

Lesson Content

0% Complete 0/9 Steps

P15-010 – Thermal Equilibrium: the zeroth law

P15-020 – Temperature Scales

P15-030 – Thermal Expansion of Solids

P15-040 – Phase Change of a Pure Compound

P15-050 – Heat

P15-060 – Calorimetry

P15-070 – Specific Heat & Latent Heat

P15-080 – Heat Transfer: Conduction

P15-100 – Heat Transfer: Radiation

-- KINETIC THEORY --

Kinetic Theory – Lecture 9 Topics

Expand

Lesson Content

0% Complete 0/9 Steps

P16-010 – Ideal Gas Law

P16-020 – Kinetic Theory of the Monatomic Ideal Gas

P16-030 – Kinetic Pressure & Kinetic Temperature

P16-040 – RMS Speed & Kinetic Energy

P16-050 – Mean Free Path

P16-060 – Maxwell Speed Distribution

P16-070 – Degrees of Freedom

P16-080 – Kinetic Theory of the Polyatomic Ideal Gas

P16-090 – Molar Specific Heats of an Ideal Gas

-- 1st LAW OF THERMODYNAMICS --

First Law – Lecture 18 Topics

Expand

Lesson Content

0% Complete 0/18 Steps

P17-010 – Thermodynamic Transformations of a System

P17-020 – PV Diagram & Processes

P17-030 – Internal Energy

P17-040 – First Law of Thermodynamics

P17-050 – Work Done by an Ideal Gas

P17-060 – Heat Transfer for an Ideal Gas

P17-070 – Free Expansion

P17-080 – Thermal Devices

P17-090 – Heat Engine

P17-100 – Efficiency of a Heat Engine

P17-110 – Carnot Cycle

P17-120 – Otto Cycle

P17-130 – Diesel Cycle

P17-140 – Brayton Cycle

P17-150 – Stirling Cycle

P17-160 – Refrigerators & Heat Pumps

P17-170 – Coefficient of Performance of a Refrigerator

P17-180 – Coefficient of Performance of a Heat Pump

-- 2nd LAW OF THERMODYNAMICS --

Second Law – Lecture 7 Topics

Expand

Lesson Content

0% Complete 0/7 Steps

P18-010 – Entropy

P18-020 – Entropy Change of a Reversible Process

P18-030 – Relating P, V, and T for an Isentropic Process

P18-040 – Second Law of Thermodynamics for an Isolated System

P18-050 – TS Diagram

P18-060 – Entropy Change of a Free Expansion

P18-070 – Statistical Interpretation of Entropy

Cogverse Academy

Mechanics – For Lila

Category

Offline

Author

Cogverse Academy

Language

English

Course Content