ENERGY ANALYSIS OF CLOSED SYSTEMS

  1. Moving Boundary Work (Isothermal)

  1. Moving Boundary Work (Polytropic)

  1. Moving Boundary Work (Polytropic)

  1. Moving Boundary Work (Polytropic)

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  2. Energy Balance for Closed Systems

  3. Specific Heats

  3. Specific Heats

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Flow Work and The Energy of a Flowing

  Energy Analysis of Steady-Flow Systems

  Energy Analysis of Steady-Flow Systems

  Energy Analysis of Steady-Flow Systems

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  

Some Stedy-Flow Engineering Devices

  Energy Analysis of Unstedy-Flow Processes

  Energy Analysis of Unstedy-Flow Processes

  Energy Analysis of Unstedy-Flow Processes

  Energy Analysis of Unstedy-Flow Processes

  Energy Analysis of Unstedy-Flow Processes

  Energy Analysis of Unstedy-Flow Processes