20 Questions
______ systems engineering is concerned with how energy is utilized to accomplish beneficial functions in industry, transportation, and the home. In industry electric power generating plants, chemical processing plants, and in manufacturing facilities. Our transportation various types of engines, power converters, and cooling equipment.
Thermal
In the home, ovens, refrigerators, and furnaces represent thermal systems. Thermodynamics involve the storage transfer conversion of energy (transformation)
Thermal
Thermodynamics can be defined as the science of
energy
______ Engineering Department
Manufacturing
Koya University/ 2023-2024 Lecture #1 Introduction, definitions terms Prepared by Fryad M. Sharif B.Sc. In Chemical Engineering HD. In Chemical Engineering M.Sc. Environmental Engineering
Thermodynamics
Thermal systems engineering is concerned with how energy is utilized to accomplish beneficial functions in industry, transportation, and the home. In industry electric power generating plants, chemical processing plants, and in manufacturing facilities. Our transportation various types of engines, power converters, and cooling equipment.
thermal
In the home, ovens, refrigerators, and furnaces represent thermal ______. Thermodynamics involve the storage transfer conversion of energy (transformation)
systems
Thermodynamics can be defined as the science of
energy
KoyaUniversity/ 2023-2024
Koya University/ 2023-2024 Lecture
Thermodynamics involve the storage transfer ______ of energy (transformation)
conversion
What is the main focus of thermal systems engineering?
Utilization of energy in industry, transportation, and the home
How are ovens, refrigerators, and furnaces classified in the context of thermal systems?
As representative examples of thermal systems in the home
Which best defines thermodynamics?
The science of energy storage, transfer, and conversion
What field does the thermal engineering system primarily focus on?
Industry, transportation, and home energy utilization
Which type of equipment is NOT mentioned as part of thermal systems in industry?
Transportation engines
Force = mass x ______
acceleration
The SI unit of force is the ______, symbol N
newton
The English engineering system units of force is ______ force
pound
Pressure is the normal component of force per unit area exerted by a system on its boundary
[blank]
The actual pressure at a given position is called the absolute pressure, and it is measured relative to absolute vacuum (i.e., absolute zero pressure).
[blank]
Study Notes
Thermal Systems Engineering
- Concerned with how energy is utilized to accomplish beneficial functions in industry, transportation, and the home.
- Involves electric power generating plants, chemical processing plants, and manufacturing facilities in industry.
- Includes various types of engines, power converters, and cooling equipment in transportation.
- Encompasses ovens, refrigerators, and furnaces in the home, which are classified as thermal systems.
Thermodynamics
- Involves the storage, transfer, and conversion of energy (transformation).
- Defined as the science of energy transformation.
Pressure
- Pressure is the normal component of force per unit area exerted by a system on its boundary.
- Absolute pressure is the actual pressure at a given position, measured relative to absolute vacuum (i.e., absolute zero pressure).
Force
- Force is equal to mass multiplied by acceleration (F = ma).
- The SI unit of force is the Newton (N).
- The English engineering system unit of force is the pound-force (lbf).
Test your knowledge on the basics of thermal engineering systems with this quiz. Topics include introduction, definitions, and terms related to thermal systems engineering.
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