Economics of Power Generation Load factor for heavy industries may be taken as 10 to 20 % 25 to 40% 70 to 80% 50 to 70% 10 to 20 % 25 to 40% 70 to 80% 50 to 70% ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Annual depreciation as per straight line method, is calculated by increasing a uniform sum of money per annum at stipulated rate of interest the capital cost divided by number of year of life the capital cost minus the salvage value, is divided by the number of years of life None of these increasing a uniform sum of money per annum at stipulated rate of interest the capital cost divided by number of year of life the capital cost minus the salvage value, is divided by the number of years of life None of these ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The depreciation charges in diminishing value method are Heavy in early years Heavy in later years Light in early years Same in all years Heavy in early years Heavy in later years Light in early years Same in all years ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Diversity factor has dirrect effect on the Running cost of unit generated None of the listed here Fixed cost of unit generated Both fixed and running cost of unit generated Running cost of unit generated None of the listed here Fixed cost of unit generated Both fixed and running cost of unit generated ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation For a consumer most economical power factor is generally 0.5 leading 0.95 lagging 0.95 leading 0.5 lagging 0.5 leading 0.95 lagging 0.95 leading 0.5 lagging ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The fixed cost of energy generated Indepemdent of max demand and units generated Depends on units generated None of the listed here Depends on maximum demand Indepemdent of max demand and units generated Depends on units generated None of the listed here Depends on maximum demand ANSWER DOWNLOAD EXAMIANS APP
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