Mechanical Engineering - Theory of machines - Discussion
Discussion Forum : Theory of machines - Section 3 (Q.No. 34)
34.
The sensitiveness of the governor __________ as the speed range decreases.
Discussion:
18 comments Page 2 of 2.
Parth Shah said:
8 years ago
Sensitiveness of the governor.
= (N2 " N1)/N.
= 2(N2 " N1)/ (N1 + N2).
= 2(ω2 - ω1)/ (ω1 + ω2)
So answer should be B.
= (N2 " N1)/N.
= 2(N2 " N1)/ (N1 + N2).
= 2(ω2 - ω1)/ (ω1 + ω2)
So answer should be B.
Nagendra singh said:
9 years ago
Sensitiveness of governor is inversely proportional to speed range & directly Proportional to mean speed.
Deepak said:
9 years ago
I think B is the right answer.
Suny said:
9 years ago
The answer should be option B.
Vanraj Gajarotar said:
9 years ago
Sensitiveness = Range of speed / Mean speed.
So sensitiveness is directly proportional to the range of speed so the answer is B.
So sensitiveness is directly proportional to the range of speed so the answer is B.
Vipin said:
10 years ago
Sensitiveness of the governor is directly proportional to the speed range.
Sensitiveness = range of speed / Mean speed.
Sensitiveness = range of speed / Mean speed.
Ramratan said:
1 decade ago
Sensitiveness of governor = Mean speed/Range of speed.
ZXCVB said:
1 decade ago
Sensitiveness of governor = Range of speed/Mean speed.
So sensitiveness is directly proportional to speed range.
So sensitiveness is directly proportional to speed range.
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