Find the Base Temp at Airflow=0.1 m/s. it's an exponential relation. will upvote if correct. Thermal ResistanceBase TemperaturePressure Drop0.4 Pa (0.002 inH,O)Airflow Rate0.5 m/s (~100 LFM)0.57 °C/W48.7 °C1.0 m/s (-200 LFM)0.43 °C/W1.4 Pa (0.005 inH,O)41.6 °C2.7 Pa (0.011 inH,O)4.2 Pa (0.017 inH2O)1.5 m/s (-300 LFM)0.37 °C/W38.3 °C2.0 m/s (~400 LFM)0.32 °C/W36.2 °C2.5 m/s (~500 LFM)0.30 °C/W6.1 Pa (0.024 inH2O)34.8 °C3.0 m/s (-600 LFM)0.28 °C/W8.3 Pa (0.033 inH,O)33.8 °C3.5 m/s (~700 LFM)0.26 °C/W10.8 Pa (0.043 inH2O)32.9 °C13.6 Pa (0.054 inH2O)16.6 Pa (0.067 inH2O)20.0 Pa (0.080 inH,O)4.0 m/s (-800 LFM)0.25 °C/W32.3 °C4.5 m/s (-900 LFM)0.23 °C/W31.7 °C5.0 m/s (-1,000 LFM)0.22 °C/W31.2 °CPlease clic-h

Write the relation in airflow rate and base temperature. a=ke-T+b

Answered: Find the Base Temp at Airflow=0.1 m/s.…

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Mechanical Engineering

Find the Base Temp at Airflow=0.1 m/s. it's an exponential relation. will upvote if correct.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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