Translation of isobaric
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IPA (International Phonetic Alphabet) of isobaric
The International Phonetic Alphabet (IPA) is an alphabetic system of phonetic notation based primarily on the Latin alphabet. With phonetic transcriptions, dictionarie tell you about the pronunciation of words, because the spelling of an English word does not tell you how you should pronounce it. Below is the phonetic transcription of isobaric:
/ajsɑbɹɪk/
You might interested in how to pronounce these English words near isobaric
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isobaric on Youtube
- you have two isobaric processes here okay. Process two to three and four to one are isobaric
- expansion and isobaric heat rejection isobaric heat extraction. Since you do not have any
- here and these are the isobaric lines. Since we have pressure in the y axis obviously isobaric
- Whereas, like isobaric means constant pressure.
- isobaric process.
- red path, you start with an isobaric process and then you
- And process two to three is isobaric heat rejection. This was isothermal heat rejection
- in case of Carnot cycle. But in the isothermal process is replaced by isobaric process in
- Brayton cycle okay. So process two to three is isobaric heat rejection. Then process three
- to four is isentropic expansion and process four to one is isobaric heat extraction. So
- compression. So it is a vertical line. Process two to three is isobaric heat rejection.
- again isobaric heat extraction from the heat source. That means basically you have heat
- process two to three if you remember is isobaric heat rejection okay. During this process there
- And finally process four to one again work is zero during this process and its isobaric
- transfer processes are replaced by two isobaric heat transfer processes. And for the same
- replaced by isobaric heat rejection this is the first deviation from the Carnot cycle.
- four processes. Process one to two is isentropic compression process two to three is isobaric
- heat rejection process three to four is isenthalpic expansion and four to one is isobaric and
- or the heat rejection process is isobaric but not isothermal. Because during the process
- remains constant. That means initial heat rejection is an isobaric process but non isothermal
