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한국어 Translations » 【仪表自控交流圈】 » 공정공학 지역 – 계측 자동제어판 – 매일의 주제 – 2020-12-14번 문제

공정공학 지역 – 계측 자동제어판 – 매일의 주제 – 2020-12-14번 문제

2020-12-14View Original

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공정공학 지역 – 계측 자동제어판 – 매일 주제 – 2020-12-14일자 문제 토론 주제: 326. 작동 상태에서의 질량 유량의 상한값 qm=500t/h이며, 측정되는 유체의 밀도는 ρ=857.0943kg/m3입니다. 이때 작동 상태에서의 최대 부피 유량 qv는 얼마인가? (정답만 제시한 사람에게는 5점을 주며, 올바른 계산 과정이나 상세한 설명을 제시한 사람에게는 추가 점수를 줍니다.)
Reply #22020-12-14
Qv=Qm/P=500*1000/857.0943=583.43m3/h
Reply #32020-12-14
Qv=Qm/P=500*1000/857.0943=583.37m3/h
Reply #42020-12-14
qv=qm/ρ=500*1000/857.0943=583.366m3/h
Reply #52020-12-14
qv=qm/ρ=500x1000/857.0943=583.366m3/h
Reply #62020-12-14
Qv=Qm/P=500*1000/857.0943=583.37m3/h
Reply #72020-12-14
Qv=Qm/P=500*1000/857.0943=583.37m3/h
Reply #82020-12-14
Qv=Qm/p=500*1000/857.0943=583.37m3/h
Reply #92020-12-14
Qv=Qm/P=500*1000/857.0943=583.43m3/h
Reply #102020-12-14
Qv=Qm/P=500*1000/857.0943=583.43m3/h
Reply #112020-12-14
부피 유량=질량 유량/유체 밀도=500/857.0943*1000=583.37 입방미터/시간
Reply #122020-12-14
Qv=Qm/P=500*1000/857.0943=583.43m3/h
Reply #132020-12-14
Qv=Qm/P=500*1000/857.0943=583.37m3/h
Reply #142020-12-14
qv=qm/ρ=500*1000/857.0943=583.366m3/h
Reply #152020-12-14
Qv=Qm/P=500*1000/857.0943=583.37m3/h
Reply #162020-12-14
??Qv=Qm/P=500*1000/857.0943≈583.37m3/h
Reply #172020-12-15
작동 상태에서의 질량 유량의 상한값은 qm=500t/h입니다. 또한, 작동 상태에서 측정되는 유체의 밀도는 ρ=857.0943kg/m3입니다. 이때, 작동 상태에서의 최대 부피 유량 qv는 얼마일까요? 질량 유량과 부피 유량의 관계는 다음과 같습니다: 부피 유량 = 질량 유량 / 유체의 밀도 (qv = qm/ρ). 따라서, qv = 500*1000/857.0943 = 583.3664m3/h가 됩니다.
Reply #182020-12-15
Qv=Qm/ρ=583.3664m3/h.
Reply #192020-12-15
qv=qm/ρ=500x1000/857.0943=583.366m3/h

Translated at 2026-08-04 02:54:53

Original: https://bbs.hcbbs.com/thread-3137173-1-1.html

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