Skip to content
Sahithyan's S3
1
Search
Ctrl
K
Cancel
Select theme
Dark
Light
Auto
Artificial Intelligence
Introduction
Agents
Performance Measure
Rationality
Task Environment
Agent Program
Learning Agent
Problem Solving Agent
Searching Problem
Uninformed Searching
Informed Searching
Local Search
Logical Agents
Applied Statistics
Introduction
Pascal Distribution
Geometric Distribution
Hypergeometric Distribution
Multinomial Distribution
Continuous Distributions
Exponential Distribution
Gamma Distribution
Sampling Distribution
Student's t Distribution
Chi Square Distribution
Computer Architecture
Introduction
Architecture
RISC-V Architecture
Memory Addressing
Memory Organization
Pipelining
Data Communication and Networking
Introduction
Layered Architecture
Information Representation
Signals
Encoding & Decoding
Digital to Digital
Digital to Analog
Modulation
Analog To Digital
Analog To Analog
Transmission Media
Transmission Impairments
Transmission Standards
Transmission Errors
Information Redundancy
Local Area Networks
MAC Protocols
Cable Access Network
IEEE Standards
Ethernet
Data Transmission
Multiplexing
ADSL
Database Systems
Introduction
Data Models
Design
SQL
SQL Commands
ER Diagram
Crows Foot Notation
Functional Dependencies
Boyce-Codd Normal Form
Third Normal Form
Attribute Sets
Application Development
Differential Equations
Introduction
Laplace Transform
Dirac Delta Function
Convolution
Solving Ordinary Differential Equations
Fourier Series
Engineering Thermodynamics
Introduction
System
Energy
Laws of Thermodynamics
1st Law
Energy Balance
2nd Law
Heat Engine Cycle
Entropy
Operating Systems
Introduction
Kernel
I/O
Storage
Timer
Process Management
Threads
Amdahl's Law
Synchronization
Dekker's Algorithm
Semaphores
License
Select theme
Dark
Light
Auto
Sahithyan's S3 — Engineering Thermodynamics
Heat Engine Cycle
Efficiency
Thermal efficiency
=
W
out
Q
in
=
1
−
Q
out
Q
in
\text{Thermal efficiency} = \frac{W_\text{out}}{Q_\text{in}} = 1 - \frac{Q_\text{out}}{Q_\text{in}}
Thermal efficiency
=
Q
in
W
out
=
1
−
Q
in
Q
out