A turbo generator rotating mass has a moment of inertia of 555 hyls/ m2. It isdelivering 2500 kw at 1800 rpm. The load then suddenly increases to 2550 kw, thedeveloped steam power remaining unchanged. What is the resulting speed in rpmafter 10 seconds?3311.3813113.381O 1133.381O 1331.381

GivenI=555 hyles /m2Pd1=2500kWω1=1800 rpmPd2=2550 kWt=10s

A turbo generator rotating mass has a moment of inertia of 555 hyls/ m2. It i delivering 2500 kw at 1800 rpm. The load then suddenly increases to 2550 kv developed steam power remaining unchanged. What is the resulting speed in after 10 seconds? O 3311.381 O 3113.381 O 1133.381

A turbo generator rotating mass has a moment of inertia of 555 hyls/ m2. It i delivering 2500 kw at 1800 rpm. The load then suddenly increases to 2550 kv developed steam power remaining unchanged. What is the resulting speed in after 10 seconds? O 3311.381 O 3113.381 O 1133.381

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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Question

A turbo generator rotating mass has a moment of inertia of 555 hyls/ m2. It is
delivering 2500 kw at 1800 rpm. The load then suddenly increases to 2550 kw, the
developed steam power remaining unchanged. What is the resulting speed in rpm
after 10 seconds?
3311.381
3113.381
O 1133.381
O 1331.381

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