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Get Type 2:- Problem On Heat Balance Sheet:-
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How to fill out the Type 2: Problem on Heat Balance Sheet online
This guide provides a comprehensive and user-friendly approach to filling out the Type 2: Problem on Heat Balance Sheet online. By following these steps, you will be able to accurately document the heat generated and expenditures for your analyses.
Follow the steps to complete the Type 2: Problem on Heat Balance Sheet effectively.
- Click the ‘Get Form’ button to acquire the form and open it in your preferred editor. This action will allow you to access the necessary fields for filling out the heat balance sheet.
- Review the first section titled 'Heat Supplied.' Here, you will need to input the various forms of heat supplied, such as heat supplied by fuel, heat to brake power, and heat to cooling water. Fill in the KJ and percentage values for each item accordingly.
- In the next section, calculate the 'Calculation' for heat supplied using the formula: Heat supplied = mf x C.V, where mf is the mass of fuel used per minute and C.V is the calorific value.
- Continue to the 'Heat Equivalent to Brake Power,' ensuring to provide the necessary calculations based on whether power is given in kW or using a brake drum.
- Next, move to the 'Heat Carried Away by Water' section. Use the formula: Heat to cooling water = mw x cpw x (tw) x 60, specifying each variable as detailed in the document.
- Fill out the 'Heat Carried Away by Exhaust Gases' using the required calculation for mass of exhaust gases and specific heat.
- Document any 'Unaccounted Losses' calculated from the total heat supplied minus the sum of all heat expenditures noted in your previous sections.
- Lastly, review all your entered data for accuracy. Once confirmed, save your changes, download a copy for your records, or print the form as needed to complete the filing process.
Begin filling out your Type 2: Problem on Heat Balance Sheet online today for a thorough analysis!
Qs = mf X CV Where mf is the mass of fuel supplied per minute or per sec. and CV is the lower calorific value of the fuel. (a) Heat equivalent of BP = kW = kJ/sec. = kJ/min.
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