Канал: Engineering Hack

Unveiling Torricelli's Equation | Dynamics

Unveiling Torricelli's Equation | Dynamics

Simplifying the law of sines | Statics

Simplifying the law of sines | Statics

Understanding the Position Equation | Dynamics

Understanding the Position Equation | Dynamics

Unit conversion for pressure in KPa | #thermodynamics

Unit conversion for pressure in KPa | #thermodynamics

Problems with Pressure and Temperature in the Same State | Thermodynamics

Problems with Pressure and Temperature in the Same State | Thermodynamics

Piston Movement & Efficiency Preview | #thermodynamics

Piston Movement & Efficiency Preview | #thermodynamics

Intro to pulley system | Velocity and Relative Velocity (Audio Remake)

Intro to pulley system | Velocity and Relative Velocity (Audio Remake)

Game plan to determine the volume occupied by 2 kg of steam at 1000kPa and 500°C | #thermodynamics

Game plan to determine the volume occupied by 2 kg of steam at 1000kPa and 500°C | #thermodynamics

Calculating Vertical Resultant Force on a Hoist Trolley (New Approach) | Statics

Calculating Vertical Resultant Force on a Hoist Trolley (New Approach) | Statics

Determining the pressure and mass in the tank for steam, ammonia and freon | #thermodynamics

Determining the pressure and mass in the tank for steam, ammonia and freon | #thermodynamics

Calculating Vertical Resultant Force on a Hoist Trolley | Statics

Calculating Vertical Resultant Force on a Hoist Trolley | Statics

Finding the properties for pure substances on the properties tables | #thermodynamics

Finding the properties for pure substances on the properties tables | #thermodynamics

Calculating Tension & Resultant Forces in Car Towing (law of cosines)| Statics

Calculating Tension & Resultant Forces in Car Towing (law of cosines)| Statics

Basic analysis of information to deduce states | #thermodynamics

Basic analysis of information to deduce states | #thermodynamics

Law of Cosines Explained: Tips & Tricks for Easy Understanding | Statics

Law of Cosines Explained: Tips & Tricks for Easy Understanding | Statics

Find values of the following properties from the tables | #thermodynamics

Find values of the following properties from the tables | #thermodynamics

Calculating Tension in Cable Mechanics | Car Towing | Statics

Calculating Tension in Cable Mechanics | Car Towing | Statics

Ideal Gas with Polytropic Process (1 of 2) | First Law | Thermodynamics (updated)

Ideal Gas with Polytropic Process (1 of 2) | First Law | Thermodynamics (updated)

Introducing a closed system challenge | #thermodynamics

Introducing a closed system challenge | #thermodynamics

Solving Vertical Force Problems with Force Triangle| Statics

Solving Vertical Force Problems with Force Triangle| Statics

Thermodynamics Freezing Problem | #thermodynamics

Thermodynamics Freezing Problem | #thermodynamics

A thermodynamic problem with diffuser | #thermodynamics

A thermodynamic problem with diffuser | #thermodynamics

Solving Vertical Force Problems with Force Decomposition | Statics

Solving Vertical Force Problems with Force Decomposition | Statics

Channel Intro | #engineering #engineeringhack

Channel Intro | #engineering #engineeringhack

How to calculate the amount of heat given to the system | #thermodynamics

How to calculate the amount of heat given to the system | #thermodynamics

Real-world Mechanics: Tension in Vehicle Hoist | Statics

Real-world Mechanics: Tension in Vehicle Hoist | Statics

How to Calculate Heat Transfer | #heatransfer

How to Calculate Heat Transfer | #heatransfer

Guide to find the mass-transfer coefficient | #masstransfer

Guide to find the mass-transfer coefficient | #masstransfer

Cable Tension Calculation with Law of Sines | Statics

Cable Tension Calculation with Law of Sines | Statics

Solving Practical Thermodynamic | Thermodynamics #thermodynamics

Solving Practical Thermodynamic | Thermodynamics #thermodynamics

Tension Analysis: Law of Sines Approach (α = 30º) Cables | Statics

Tension Analysis: Law of Sines Approach (α = 30º) Cables | Statics

Friction Force Using Newton's Second Law #dynamics #newtonslaws #physics #maths

Friction Force Using Newton's Second Law #dynamics #newtonslaws #physics #maths

Solving Puzzle Most People Get Wrong

Solving Puzzle Most People Get Wrong

Solving Friction Force Problems #dynamics #newtonslaws #physics

Solving Friction Force Problems #dynamics #newtonslaws #physics

Solving Cable Tension Problems (different approach) | Statics

Solving Cable Tension Problems (different approach) | Statics

Most People Get This Wrong: System 1 Thinking and False Perception

Most People Get This Wrong: System 1 Thinking and False Perception

Solving Cable Tension Problems | Statics

Solving Cable Tension Problems | Statics

Solving Bat and Ball Problem Like a Pro

Solving Bat and Ball Problem Like a Pro

Stopping a Bullet: Acceleration Explained | Dynamics

Stopping a Bullet: Acceleration Explained | Dynamics

Mastering the Law of Sines: Simple and Effective Techniques for Students | Statics

Mastering the Law of Sines: Simple and Effective Techniques for Students | Statics

How to determine the Isentropic Efficiency of a Turbine | #thermodynamics

How to determine the Isentropic Efficiency of a Turbine | #thermodynamics

99% get this bat and ball problem wrong

99% get this bat and ball problem wrong

Practical Thermodynamic | Thermodynamics #thermodynamics

Practical Thermodynamic | Thermodynamics #thermodynamics

How to Pass Without Stopping | Car Deceleration and Speed Calculation (2 of 2) | Dynamics

How to Pass Without Stopping | Car Deceleration and Speed Calculation (2 of 2) | Dynamics

Stopping a Bullet: Acceleration Explained | Dynamics

Stopping a Bullet: Acceleration Explained | Dynamics

how to: Isentropic efficiency of a turbine | Thermodynamics

how to: Isentropic efficiency of a turbine | Thermodynamics

Beat the Red Light | Car Deceleration and Speed Calculation (1 of 2) | Dynamics

Beat the Red Light | Car Deceleration and Speed Calculation (1 of 2) | Dynamics

Acceleration of an Airplane | #dynamics

Acceleration of an Airplane | #dynamics

First Law Problem #Engineeringuniversity #EngineeringHack #engineering #university

First Law Problem #Engineeringuniversity #EngineeringHack #engineering #university

Calculating Acceleration and Take-off Velocity of an Airplane | Dynamics

Calculating Acceleration and Take-off Velocity of an Airplane | Dynamics

Law of sines #Engineeringuniversity #EngineeringHack #engineering #university

Law of sines #Engineeringuniversity #EngineeringHack #engineering #university

Calculating Escape Velocity: Escape Earth's Gravitational Pull | Dynamics

Calculating Escape Velocity: Escape Earth's Gravitational Pull | Dynamics

Calculating Lake Depth and Final Velocity (Footnote)| Dynamics

Calculating Lake Depth and Final Velocity (Footnote)| Dynamics

Calculating Lake Depth and Final Velocity (2 of 2) | Dynamics

Calculating Lake Depth and Final Velocity (2 of 2) | Dynamics

Calculating Lake Depth and Final Velocity (1 of 2) | Dynamics

Calculating Lake Depth and Final Velocity (1 of 2) | Dynamics

Stopping a Bullet: Acceleration & Penetration Time Explained (2 of 2)| Dynamics

Stopping a Bullet: Acceleration & Penetration Time Explained (2 of 2)| Dynamics

Stopping a Bullet: Acceleration & Penetration Time Explained (1 of 2)| Dynamics

Stopping a Bullet: Acceleration & Penetration Time Explained (1 of 2)| Dynamics

Solving Dynamic Problems with Particle Acceleration, Velocity, and Position (2 of 2) | Dynamics

Solving Dynamic Problems with Particle Acceleration, Velocity, and Position (2 of 2) | Dynamics

Solving Dynamic Problems with Particle Acceleration, Velocity, and Position (1 of 2) | Dynamics

Solving Dynamic Problems with Particle Acceleration, Velocity, and Position (1 of 2) | Dynamics

Solving Particle Motion Problem - Acceleration, Velocity, and Position (2 of 2) | Dynamics

Solving Particle Motion Problem - Acceleration, Velocity, and Position (2 of 2) | Dynamics

Solving Particle Motion Problem - Acceleration, Velocity, and Position (1 of 2) | Dynamics

Solving Particle Motion Problem - Acceleration, Velocity, and Position (1 of 2) | Dynamics

99% get this bat and ball problem wrong: System 2 Thinking and False Perception

99% get this bat and ball problem wrong: System 2 Thinking and False Perception

The Puzzle Most People Get Wrong: System 1 Thinking and False Perception

The Puzzle Most People Get Wrong: System 1 Thinking and False Perception

Solving Friction Force Problems Using Newton's Second Law | Dynamics

Solving Friction Force Problems Using Newton's Second Law | Dynamics

Solving Practical Thermodynamic Problems in Steam Power Plants (2 of 2) | Thermodynamics

Solving Practical Thermodynamic Problems in Steam Power Plants (2 of 2) | Thermodynamics

Solving Practical Thermodynamic Problems in Steam Power Plants (1 of 2) | Thermodynamics

Solving Practical Thermodynamic Problems in Steam Power Plants (1 of 2) | Thermodynamics

How to Tackle Diffuser-Related Questions (2 of 2) | Thermodynamics

How to Tackle Diffuser-Related Questions (2 of 2) | Thermodynamics

How to Tackle Diffuser-Related Questions (1 of 2) | Thermodynamics

How to Tackle Diffuser-Related Questions (1 of 2) | Thermodynamics

Problem with a Frictionless Piston Device: Reaching the Stop (2 of 2) | Thermodynamics

Problem with a Frictionless Piston Device: Reaching the Stop (2 of 2) | Thermodynamics

Problem with a Frictionless Piston Device: Reaching the Stop (1 of 2) | Thermodynamics

Problem with a Frictionless Piston Device: Reaching the Stop (1 of 2) | Thermodynamics

Solving First Law Close System at -20°C with Non-Liquid Water | Thermodynamics

Solving First Law Close System at -20°C with Non-Liquid Water | Thermodynamics

A Step-by-Step Guide to Solving Closed System Problems | Thermodynamics

A Step-by-Step Guide to Solving Closed System Problems | Thermodynamics

How to Find Thermodynamic Property Values from Tables (2 of 2) | UNSW | Thermodynamics

How to Find Thermodynamic Property Values from Tables (2 of 2) | UNSW | Thermodynamics

How to Find Thermodynamic Property Values from Tables (1 of 2) | UNSW | Thermodynamics

How to Find Thermodynamic Property Values from Tables (1 of 2) | UNSW | Thermodynamics

Finding the Properties of Pure Substances through Properties | Thermodynamics

Finding the Properties of Pure Substances through Properties | Thermodynamics

Beginner's Question on Thermodynamics | UNSW | Thermodynamics

Beginner's Question on Thermodynamics | UNSW | Thermodynamics

First Law + Electricity Problem | UNSW | Thermodynamics

First Law + Electricity Problem | UNSW | Thermodynamics

Nitrogen and Pressure Increase (2 of 2) | First Law | UNSW | Thermodynamics

Nitrogen and Pressure Increase (2 of 2) | First Law | UNSW | Thermodynamics

Nitrogen and Pressure Increase (1 of 2) | First Law | UNSW | Thermodynamics

Nitrogen and Pressure Increase (1 of 2) | First Law | UNSW | Thermodynamics

A Step-by-Step Guide to Solving First Law Problems in Closed Systems (2 of 2) | Thermodynamics

A Step-by-Step Guide to Solving First Law Problems in Closed Systems (2 of 2) | Thermodynamics

A Step-by-Step Guide to Solving First Law Problems in Closed Systems (1 of 2) | Thermodynamics

A Step-by-Step Guide to Solving First Law Problems in Closed Systems (1 of 2) | Thermodynamics

Analyzing Pure Substances and Utilizing Property Tables with the First Law (2 of 2) | Thermodynamics

Analyzing Pure Substances and Utilizing Property Tables with the First Law (2 of 2) | Thermodynamics

Analyzing Pure Substances and Utilizing Property Tables with the First Law (1 of 2) | Thermodynamics

Analyzing Pure Substances and Utilizing Property Tables with the First Law (1 of 2) | Thermodynamics

Voltage required to evaporate ½ the water | Thermodynamics [REVISED]

Voltage required to evaporate ½ the water | Thermodynamics [REVISED]

Uncovering Properties of Pure Substances in a Closed System (2 of 2) | UNSW | Thermodynamics

Uncovering Properties of Pure Substances in a Closed System (2 of 2) | UNSW | Thermodynamics

Uncovering Properties of Pure Substances in a Closed System (1 of 2) | UNSW | Thermodynamics

Uncovering Properties of Pure Substances in a Closed System (1 of 2) | UNSW | Thermodynamics

ChatGPT VS Thermodynamics

ChatGPT VS Thermodynamics

Thermodynamic Analysis of a Nozzle Problem (2 of 2) | Thermodynamics

Thermodynamic Analysis of a Nozzle Problem (2 of 2) | Thermodynamics

Thermodynamic Analysis of a Nozzle Problem (1 of 2) | Thermodynamics

Thermodynamic Analysis of a Nozzle Problem (1 of 2) | Thermodynamics

Testing ChatGPT's Engineering Problem-Solving Skills

Testing ChatGPT's Engineering Problem-Solving Skills

Understanding the Continuity Equation and its Relation to Thermodynamics (3 of 3) | Thermodynamics

Understanding the Continuity Equation and its Relation to Thermodynamics (3 of 3) | Thermodynamics

Understanding the Continuity Equation and its Relation to Thermodynamics (2 of 3) | Thermodynamics

Understanding the Continuity Equation and its Relation to Thermodynamics (2 of 3) | Thermodynamics

Understanding the Continuity Equation and its Relation to Thermodynamics (1 of 3) | Thermodynamics

Understanding the Continuity Equation and its Relation to Thermodynamics (1 of 3) | Thermodynamics

Easy Problem to Understand the First Law (2 of 2) | UNSW | Thermodynamic (Part 2 of 2)

Easy Problem to Understand the First Law (2 of 2) | UNSW | Thermodynamic (Part 2 of 2)

Easy Problem to Understand the First Law (1 of 2) | UNSW | Thermodynamic

Easy Problem to Understand the First Law (1 of 2) | UNSW | Thermodynamic

Intro Problem on First Law | UNSW | Thermodynamics

Intro Problem on First Law | UNSW | Thermodynamics

Simple Problem on Polytropic Process | UNSW | Thermodynamics

Simple Problem on Polytropic Process | UNSW | Thermodynamics

Work on polytropic process (2 of 2) | Equation Deduction | Thermodynamics

Work on polytropic process (2 of 2) | Equation Deduction | Thermodynamics

Work on polytropic process (1 of 2) | Equation Deduction | Thermodynamics

Work on polytropic process (1 of 2) | Equation Deduction | Thermodynamics

Complete Otto Cycle Problem (3 of 3) | Thermodynamics

Complete Otto Cycle Problem (3 of 3) | Thermodynamics

Complete Otto Cycle Problem (2 of 3) | Thermodynamics

Complete Otto Cycle Problem (2 of 3) | Thermodynamics

Complete Otto Cycle Problem (1 of 3) | Thermodynamics

Complete Otto Cycle Problem (1 of 3) | Thermodynamics

Complete Exergy Problem (3 of 3) | Availability of Energy | Thermodynamics

Complete Exergy Problem (3 of 3) | Availability of Energy | Thermodynamics

Complete Exergy Problem (2 of 3) | Availability of Energy | Thermodynamics

Complete Exergy Problem (2 of 3) | Availability of Energy | Thermodynamics

Complete Exergy Problem (1 of 3) | Availability of Energy | Thermodynamics

Complete Exergy Problem (1 of 3) | Availability of Energy | Thermodynamics

Simple Exergy Problem | Availability of Energy | Thermodynamics

Simple Exergy Problem | Availability of Energy | Thermodynamics

Isentropic Efficiency Problem (2 of 2) | Thermodynamics

Isentropic Efficiency Problem (2 of 2) | Thermodynamics

Isentropic Efficiency Problem (1 of 2) | Thermodynamics

Isentropic Efficiency Problem (1 of 2) | Thermodynamics

Steam Turbine Isentropic Efficiency |Thermodynamics

Steam Turbine Isentropic Efficiency |Thermodynamics

Simple Entropy Change Problem | Property Tabes | Thermodynamics

Simple Entropy Change Problem | Property Tabes | Thermodynamics

Calculating the change in entropy | Thermodynamics

Calculating the change in entropy | Thermodynamics

Understanding Entropy (Easy Mental Model) | Thermodynamics #thermodynamics

Understanding Entropy (Easy Mental Model) | Thermodynamics #thermodynamics

Prove Using Basic Principles, No Peaking! | Thermodynamics

Prove Using Basic Principles, No Peaking! | Thermodynamics

Beginners Problem: Introducing Pressure in Piston Cylinder Device | Thermodynamics

Beginners Problem: Introducing Pressure in Piston Cylinder Device | Thermodynamics

Saturated water vapor in a rigid container | Thermodynamics

Saturated water vapor in a rigid container | Thermodynamics

Heat from electricity VS Heat pump (Footnote) | Thermodynamics

Heat from electricity VS Heat pump (Footnote) | Thermodynamics

Heat from electricity VS Heat pump | Thermodynamics Part (2 of 2)

Heat from electricity VS Heat pump | Thermodynamics Part (2 of 2)

Heat from electricity VS Heat pump | Thermodynamics Part (1 of 2)

Heat from electricity VS Heat pump | Thermodynamics Part (1 of 2)

How to Spot a Liar (Using Thermodynamics) | Second Law | Thermodynamics

How to Spot a Liar (Using Thermodynamics) | Second Law | Thermodynamics

Second Law Intro Problem | Thermal Efficiency | Thermodynamics

Second Law Intro Problem | Thermal Efficiency | Thermodynamics

How much coal is needed in a 300MW power plant? | Thermodynamics

How much coal is needed in a 300MW power plant? | Thermodynamics

2-Stage Steam Turbine Problem Part (2 of 2) | Thermodynamics

2-Stage Steam Turbine Problem Part (2 of 2) | Thermodynamics

2-Stage Steam Turbine Problem Part (1 of 2) | Thermodynamics

2-Stage Steam Turbine Problem Part (1 of 2) | Thermodynamics

Simple Turbine Problem | Thermodynamics

Simple Turbine Problem | Thermodynamics

How to Solve Compressor Problems | Thermodynamics

How to Solve Compressor Problems | Thermodynamics

Nozzles with Heat Loss Question (2 of 2) | Output Velocity | Thermodynamics

Nozzles with Heat Loss Question (2 of 2) | Output Velocity | Thermodynamics

Nozzles with Heat Loss Question (1 of 2) | Output Velocity | Thermodynamics

Nozzles with Heat Loss Question (1 of 2) | Output Velocity | Thermodynamics

Intro Problem to Nozzles & Output Velocity (Method 2/2) | Thermodynamics

Intro Problem to Nozzles & Output Velocity (Method 2/2) | Thermodynamics

Intro Problem to Nozzles & Output Velocity (Method 1/2) | Thermodynamic

Intro Problem to Nozzles & Output Velocity (Method 1/2) | Thermodynamic

Intro to Mass and Energy Analysis of Control Volumes Problems | Thermodynamics

Intro to Mass and Energy Analysis of Control Volumes Problems | Thermodynamics

Ideal Gas with Polytropic Process (2 of 2) | First Law | Thermodynamics

Ideal Gas with Polytropic Process (2 of 2) | First Law | Thermodynamics

Ideal Gas with Polytropic Process (1 of 2) | First Law | Thermodynamics

Ideal Gas with Polytropic Process (1 of 2) | First Law | Thermodynamics

First Law of Thermodynamics Problem (2 of 2) | Piston with Stops | Closed system | Thermodynamics

First Law of Thermodynamics Problem (2 of 2) | Piston with Stops | Closed system | Thermodynamics

First Law of Thermodynamics Problem (1 of 2) | Piston with Stops | Closed system | Thermodynamics

First Law of Thermodynamics Problem (1 of 2) | Piston with Stops | Closed system | Thermodynamics

First Law with Ideal Gases | Determine work | Thermodynamics

First Law with Ideal Gases | Determine work | Thermodynamics

Going from superheated to sub-cooled fluid | First Law | Thermodynamics

Going from superheated to sub-cooled fluid | First Law | Thermodynamics

A better way to understand the first law of thermodynamics (Part 2 of 2) | Thermodynamics

A better way to understand the first law of thermodynamics (Part 2 of 2) | Thermodynamics

A better way to understand the first law of thermodynamics (Part 1 of 2) | Thermodynamics

A better way to understand the first law of thermodynamics (Part 1 of 2) | Thermodynamics

First Law of Thermodynamics | Ideal Gas | Thermodynamics

First Law of Thermodynamics | Ideal Gas | Thermodynamics

Understanding the First Law of Thermodynamics | Example Problem | Thermodynamics

Understanding the First Law of Thermodynamics | Example Problem | Thermodynamics

(revised video available) Voltage required to evaporate ½ the water | Thermodynamics

(revised video available) Voltage required to evaporate ½ the water | Thermodynamics

Heat needed to evaporate only ½ the water | Thermodynamics

Heat needed to evaporate only ½ the water | Thermodynamics

First Law Problem | Heat required in a rigid tank system | Thermodynamics

First Law Problem | Heat required in a rigid tank system | Thermodynamics

Enthalpy (ΔH) of Freon (R134a) | Pressure & Temperature | Thermodynamics

Enthalpy (ΔH) of Freon (R134a) | Pressure & Temperature | Thermodynamics

Pure substance advanced problem | Compressed fluid | Thermodynamics

Pure substance advanced problem | Compressed fluid | Thermodynamics

Angular Acceleration from Scratch | Basic Principles | Dynamics

Angular Acceleration from Scratch | Basic Principles | Dynamics

Piston-cylinder with Steam is Cooled at Constant Pressure l Thermodynamics

Piston-cylinder with Steam is Cooled at Constant Pressure l Thermodynamics

Liquid water into Vapor, but volume stays constant l Thermodynamics

Liquid water into Vapor, but volume stays constant l Thermodynamics

Isobaric Compression to Half Original Volume (R134a Refrigerant) l Thermodynamics

Isobaric Compression to Half Original Volume (R134a Refrigerant) l Thermodynamics

Pure Substance Analysis R134a (Freon) | Thermodynamics

Pure Substance Analysis R134a (Freon) | Thermodynamics

Saturated Mixture VS Compressed Fluid VS Superheated | Thermodynamics

Saturated Mixture VS Compressed Fluid VS Superheated | Thermodynamics

Hydroelectric Power Plant | Potential Energy into Electrical Energy | Thermodynamics

Hydroelectric Power Plant | Potential Energy into Electrical Energy | Thermodynamics

3 Spheres | Angular Momentum | Conservation of Momentum | Dynamics

3 Spheres | Angular Momentum | Conservation of Momentum | Dynamics

3 Spheres | Momentum Conservation | Problem Setup | Dynamics

3 Spheres | Momentum Conservation | Problem Setup | Dynamics

Linear Momentum & Coefficient of Restitution | Dynamics

Linear Momentum & Coefficient of Restitution | Dynamics

Billiard Balls | Linear Momentum Conservation | Dynamics

Billiard Balls | Linear Momentum Conservation | Dynamics

Intro to Linear Momentum Conservation | Bullet + Blocks | Dynamics

Intro to Linear Momentum Conservation | Bullet + Blocks | Dynamics

[FINAL EXAM] Convection plus Heat Exchanger (Footnote) | Heat & Mass Transfer

[FINAL EXAM] Convection plus Heat Exchanger (Footnote) | Heat & Mass Transfer

[FINAL EXAM] Convection plus Heat Exchanger (2 of 2) | Heat & Mass Transfer

[FINAL EXAM] Convection plus Heat Exchanger (2 of 2) | Heat & Mass Transfer

[FINAL EXAM] Convection plus Heat Exchanger (1 of 2) | Heat & Mass Transfer

[FINAL EXAM] Convection plus Heat Exchanger (1 of 2) | Heat & Mass Transfer

Engineering Hack | Channel Trailer

Engineering Hack | Channel Trailer

[FINAL EXAM] Conduction, Convection plus Radiation (2 of 2) | Heat & Mass Transfer

[FINAL EXAM] Conduction, Convection plus Radiation (2 of 2) | Heat & Mass Transfer

[FINAL EXAM] Conduction, Convection plus Radiation (1 of 2) | Heat & Mass Transfer

[FINAL EXAM] Conduction, Convection plus Radiation (1 of 2) | Heat & Mass Transfer

[FINAL EXAM] Flat Plate Convection | Heat & Mass Transfer

[FINAL EXAM] Flat Plate Convection | Heat & Mass Transfer

[FINAL EXAM] Natural Convection | Heat & Mass Transfer

[FINAL EXAM] Natural Convection | Heat & Mass Transfer

[FINAL EXAM] Falling-film Evaporator | Heat & Mass Transfer

[FINAL EXAM] Falling-film Evaporator | Heat & Mass Transfer

[FINAL EXAM] Radiation & Shape Factor | Heat & Mass Transfer

[FINAL EXAM] Radiation & Shape Factor | Heat & Mass Transfer

Gray Body Radiation | Hemisphere & Cylinder | Heat & Mass Transfer

Gray Body Radiation | Hemisphere & Cylinder | Heat & Mass Transfer

Mean Temp Difference Heat Exchanger | Heat & Mass Transfer Midterm Exam (#3)

Mean Temp Difference Heat Exchanger | Heat & Mass Transfer Midterm Exam (#3)

Falling-film evaporator | Dairy Industry | Mass transfer | Heat & Mass Transfer

Falling-film evaporator | Dairy Industry | Mass transfer | Heat & Mass Transfer

Natural Convection Vertical Cylinder (Air) | Free Convection | Heat & Mass Transfer

Natural Convection Vertical Cylinder (Air) | Free Convection | Heat & Mass Transfer

Internal Forced Convection in a Tube (Air) | Heat & Mass Transfer

Internal Forced Convection in a Tube (Air) | Heat & Mass Transfer

Everything You Need to Know About Flat Plate | Heat & Mass Transfer (Part 2/2)

Everything You Need to Know About Flat Plate | Heat & Mass Transfer (Part 2/2)

Everything You Need to Know About Flat Plate | Heat & Mass Transfer (Part 1/2)

Everything You Need to Know About Flat Plate | Heat & Mass Transfer (Part 1/2)

Heat Transfer in Pipeline | Heat & Mass Transfer Midterm Exam (#2)

Heat Transfer in Pipeline | Heat & Mass Transfer Midterm Exam (#2)

Conduction Through Wall | Heat & Mass Transfer Midterm Exam (#1)

Conduction Through Wall | Heat & Mass Transfer Midterm Exam (#1)

2 Block Pulley + External Force | Solving with Newton's Laws | Dynamics

2 Block Pulley + External Force | Solving with Newton's Laws | Dynamics

Buckingham Pi Theorem (Method 2) | Heat & Mass Transfer

Buckingham Pi Theorem (Method 2) | Heat & Mass Transfer

Introduction to Reynolds Number | Heat & Mass Transfer

Introduction to Reynolds Number | Heat & Mass Transfer

2 Block Pulley + External Force | Solving with energy conservation | Dynamics

2 Block Pulley + External Force | Solving with energy conservation | Dynamics

Temperature Outlet Using the NTU Method | Heat Exchanger | Heat & Mass Transfer

Temperature Outlet Using the NTU Method | Heat Exchanger | Heat & Mass Transfer

NTU Method | Cross-flow Heat Exchanger | Heat & Mass Transfer

NTU Method | Cross-flow Heat Exchanger | Heat & Mass Transfer

How long does it take to go from 850℃→95℃? | Heat & Mass Transfer

How long does it take to go from 850℃→95℃? | Heat & Mass Transfer

Collar & Pulley | Solving for TIME | Impact | Dynamics

Collar & Pulley | Solving for TIME | Impact | Dynamics

Heat flux through wall | Conduction + Convection | Heat & Mass Transfer

Heat flux through wall | Conduction + Convection | Heat & Mass Transfer

Heat flux through wall | Steady-state Conduction | Heat & Mass Transfer

Heat flux through wall | Steady-state Conduction | Heat & Mass Transfer

Collar & Pulley | Solving with Newton's laws | Dynamics

Collar & Pulley | Solving with Newton's laws | Dynamics

Collar & Pulley | Solving with energy conservation | Dynamics

Collar & Pulley | Solving with energy conservation | Dynamics

Radial & Transverse Force | Polar Acceleration | Circular Dynamics

Radial & Transverse Force | Polar Acceleration | Circular Dynamics

Velocity and Acceleration in Polar Coordinates

Velocity and Acceleration in Polar Coordinates

Transient System (Unsteady) | Ideal Gas (Air) | Thermodynamics

Transient System (Unsteady) | Ideal Gas (Air) | Thermodynamics

4 Block Pulley System | Newton's 2nd Law | Engineering Dynamics

4 Block Pulley System | Newton's 2nd Law | Engineering Dynamics

Circular Particle Motion | Changing Acceleration | Dynamics

Circular Particle Motion | Changing Acceleration | Dynamics

Air Conditioner Power | Exam 2021 Question 4 | Thermodynamics

Air Conditioner Power | Exam 2021 Question 4 | Thermodynamics

Open Feedwater Heater (Steam Tables) | Exam 2021 Question 3 | Thermodynamics

Open Feedwater Heater (Steam Tables) | Exam 2021 Question 3 | Thermodynamics

Transient System (Air) | Exam 2021 Question 2 | Thermodynamics

Transient System (Air) | Exam 2021 Question 2 | Thermodynamics

Isotherm Explained. Why is an isotherm a hyperbola? | Thermodynamics

Isotherm Explained. Why is an isotherm a hyperbola? | Thermodynamics

Atkinson Cycle | Exam 2021 Question 1 Part 2 | Thermodynamics

Atkinson Cycle | Exam 2021 Question 1 Part 2 | Thermodynamics

Atkinson Cycle | Exam 2021 Question 1 Part 1 | Thermodynamics

Atkinson Cycle | Exam 2021 Question 1 Part 1 | Thermodynamics

Carnot Cycle Problem with no Volume Given | Thermodynamics

Carnot Cycle Problem with no Volume Given | Thermodynamics