A flywheel is fitted to the crankshaft of an engine having 'E' amount of indicated work per revolution and permissible limits of coefficients of fluctuation of energy and speed as \[{{K}_{e}}\] and \[{{K}_{s}}\] respectively. The kinetic energy of the flywheel is then given by:

\[\frac{{{K}_{e}}E}{{{K}_{s}}}\]

\[\frac{2{{K}_{e}}E}{{{K}_{s}}}\]

\[\frac{{{K}_{e}}E}{2{{K}_{s}}}\]

\[\frac{{{K}_{s}}E}{2{{K}_{e}}}\]

A flywheel is fitted to the crankshaft of an engine having 'E' amount

1.	A flywheel is fitted to the crankshaft of an engine having 'E' amount of indicated work per revolution and permissible limits of coefficients of fluctuation of energy and speed as \[{{K}_{e}}\] and \[{{K}_{s}}\] respectively. The kinetic energy of the flywheel is then given by:
A.	\[\frac{2{{K}_{e}}E}{{{K}_{s}}}\]
B.	\[\frac{{{K}_{e}}E}{2{{K}_{s}}}\]
C.	\[\frac{{{K}_{e}}E}{{{K}_{s}}}\]
D.	\[\frac{{{K}_{s}}E}{2{{K}_{e}}}\]
Answer» C. \[\frac{{{K}_{e}}E}{{{K}_{s}}}\]

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A flywheel is fitted to the crankshaft of an engine having 'E' amount of indicated work per revolution and permissible limits of coefficients of fluctuation of energy and speed as \[{{K}_{e}}\] and \[{{K}_{s}}\] respectively. The kinetic energy of the flywheel is then given by:

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