_ For a Parson's reaction turbine, if ≈í¬±‚Äö√á√Ö and ≈í¬±‚Äö√á√á are fixed blade angles at inlet and exit respectively and ≈í‚â§‚Äö√á√Ö and ≈í‚â§‚Äö√á√á are the moving blade angles at entrance and exit respectively, then$?

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TuteeHUB · Accepted Answer

≈í¬±‚Äö√á√Ö < ≈í‚â§‚Äö√á√Ö and ≈í¬±‚Äö√á√á > ≈í‚â§‚Äö√á√á

TuteeHUB · Answer

≈í¬±‚Äö√á√Ö = ≈í¬±‚Äö√á√á and ≈í‚â§‚Äö√á√Ö = ≈í‚â§‚Äö√á√á

TuteeHUB · Answer

≈í¬±‚Äö√á√Ö = ≈í‚â§‚Äö√á√Ö and ≈í¬±‚Äö√á√á= ≈í‚â§‚Äö√á√á

TuteeHUB · Answer

≈í¬±‚Äö√á√Ö = ≈í‚â§‚Äö√á√á and ≈í‚â§‚Äö√á√Ö = ≈í¬±‚Äö√á√á

1.	_ For a Parson's reaction turbine, if ≈í¬±‚Äö√á√Ö and ≈í¬±‚Äö√á√á are fixed blade angles at inlet and exit respectively and ≈í‚â§‚Äö√á√Ö and ≈í‚â§‚Äö√á√á are the moving blade angles at entrance and exit respectively, then$?
A.	≈í¬±‚Äö√á√Ö = ≈í¬±‚Äö√á√á and ≈í‚â§‚Äö√á√Ö = ≈í‚â§‚Äö√á√á
B.	≈í¬±‚Äö√á√Ö = ≈í‚â§‚Äö√á√Ö and ≈í¬±‚Äö√á√á= ≈í‚â§‚Äö√á√á
C.	≈í¬±‚Äö√á√Ö < ≈í‚â§‚Äö√á√Ö and ≈í¬±‚Äö√á√á > ≈í‚â§‚Äö√á√á
D.	≈í¬±‚Äö√á√Ö = ≈í‚â§‚Äö√á√á and ≈í‚â§‚Äö√á√Ö = ≈í¬±‚Äö√á√á
Answer» C. ≈í¬±‚Äö√á√Ö < ≈í‚â§‚Äö√á√Ö and ≈í¬±‚Äö√á√á > ≈í‚â§‚Äö√á√á

_ For a Parson's reaction turbine, if ≈í¬±‚Äö√á√Ö and ≈í¬±‚Äö√á√á are fixed blade angles at inlet and exit respectively and ≈í‚â§‚Äö√á√Ö and ≈í‚â§‚Äö√á√á are the moving blade angles at entrance and exit respectively, then$?

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