Airport Economics contains of revenue & cost.
Revenue including aeronautical revenue & non- aeronautical revenue while cost including airside, landside & overall airport cost. Lets study what is Airport Operating Cost in aviation!
This presentation covers Accounting of Services and Operations like - Cinema Hall, Canteen, Hospital, Transport, Costing etc.
an important part in MBA Financce
Financial analysis : Britannia Industries LtdKaustubh Gupta
Financial Analysis of Britannia Industries is a comprehensive research report on financial standing of the company and an in depth analysis with its peers. The report analyses financial documents of the company and provides an insight to the inflows and the outflows recorded.
Airport Economics contains of revenue & cost.
Revenue including aeronautical revenue & non- aeronautical revenue while cost including airside, landside & overall airport cost. Lets study what is Airport Operating Cost in aviation!
This presentation covers Accounting of Services and Operations like - Cinema Hall, Canteen, Hospital, Transport, Costing etc.
an important part in MBA Financce
Financial analysis : Britannia Industries LtdKaustubh Gupta
Financial Analysis of Britannia Industries is a comprehensive research report on financial standing of the company and an in depth analysis with its peers. The report analyses financial documents of the company and provides an insight to the inflows and the outflows recorded.
1. Operating Cost
II sıtıcınızın electricity consumption, and how long do you use will vary depending on power
setting. the following illustration, a 20 m² open space with a total of four table restaurant, which
is mounted to heat seems to be 2 x 1800 watt heater UFO. Heater on the right, there are closed
for customers at the tables. Left the heater thermostat maximum level, at full power for 1 hour in
case of operation, charge 22 kilowatt hours of electricity, including tax Kr is taken as the average
consumption cost about as will appear;
Heater Power ÷ 1,000 x Number x Ort. Elect. Sieve Amount = 1 hour of KW Heater.
Consumption
From 1800 to 1000 will be x 1 x 0.22 = 0.39.
2. As shown in the image below in the same application, a 20 m² open area to heat all of the levels
of 1800-watt 2 UFO' Nunda maximum thermostat, full power, if it runs for 1 hour consumption
will emerge as a cost of about;
Heater Power ÷ 1,000 x Number x Ort. Elect. Sieve Amount = 1 hour of KW Heater.
Consumption
1800 ÷ £ 1000 x 2 x 0.22 = 0.79
will. Four of 15 persons sitting at the table, is heated for 1 hour, only the 0.79 TL.