Is this a reasonable claim

Reference no: EM131033127

A cooling tower with a cooling capacity of 100 tons (440 kW) is claimed to evaporate 15,800 kg of water per day. Is this a reasonable claim?

Reference no: EM131033127

Questions Cloud

Determine the contribution of showers to the heat load : Taking the heat of vaporization of water to be 2450 kJ/kg, determine the contribution of showers to the latent heat load of the air conditioner per day in summer.

Identify any other complementary products in product line : Propose a branding strategy for your new product/service, including brand imagery and elements (name, term, symbol, design, etc.) to maximize consumer response and resonate with your chosen target market.

Who were some of key enablers in facilitating enrons demise : Who were some of the key enablers in facilitating Enron's demise? Why? What are "off balance sheet" transactions? What is "mark to market accounting" Why are these significant in the context of Enron?

The north and the problem of slavery - books appeal : What historical changes in the United States explain the book's remarkable appeal? And what arguments and scenes did Stowe use in her book to exploit these changes?

Is this a reasonable claim : A cooling tower with a cooling capacity of 100 tons (440 kW) is claimed to evaporate 15,800 kg of water per day. Is this a reasonable claim?

Determine how much money would be saved per year : Assuming the average cooling season to be 120 days and the cost of oil to be $20/barrel, determine how much money would be saved per year.

How much the heating costs of a house can be reduced : determine how much the heating costs of a house can be reduced by wearing heavy sweaters if the annual heating cost of the house is $600.

Determine the amount of water supplied to the tank : Determine the amount of water supplied to the tank, in kg, the final pressure of the air-vapor mixture in the tank, in kPa, and the heat transfer required during the process to maintain the air- vapor mixture in the tank at 35°C.

How much water will be condensed from the atmospheric air : Atmospheric air enters an air-conditioning system at 30°C and 70 percent relative humidity with a volume flow rate of 4 m3 /min and is cooled to 20°C and 20 percent relative humidity at a pressure of 1 atm.

User Account

All Pages