Calculate - The rotal coolingload and the room heat gain.
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- 1. Desigen a pendi ble hvet sornge dbice uhing sard as the storey midiem . Maximum heat elf Aorage cop acity is 1 MJ. Detrminei- t. Sige Valume, Wight, .) 2. Charging time Nfing air at 300°c 4 1 k3/min floe rote. Bed tinp 250°c. 3- Discharze Aeme for the bud to reach 100°c 4 g00% H) Pout Cooling Sand 250% CS Scanned guth, timCalculate the energy wasted (Qexhaust) from convection oven if 5000SCFM natural gas is found in the exhaust pipe per day. the operating temperature (Toperating) is 500C while the ambient temperature is 25C. a. 2,375,000 b. 121,999 c. 2,565,000 d. 890,248 e. 1,221,009Homework-2 Compute the themal e fficiency of an ideal Ran kine cycle for which the steam leavea the boiler as Saturated Vapor at 30 bars. The turbine-outlet Conditions is Be1 bar. Determine the mass floo rate of the steam in kg/hr, net Power output of the cycle is 50000 Sehematic ond given data are: 1f the kw. The TI= 5002 P 3०bars %3D 9in (saturated) vapour 30 bars 2 PR =0-1 bar 4 Pa=30 bas o-1 bar +4 Tout 3 (Saturated liquid) Wp ( Simple Ideal Power cycle) (T.S. diagram e)
- A 10 ton air conditioner will provide how many BTU/hr . of total cooling capacity ? I need right solution with clear calculationQ. Mention the main reguirements of a steam condensing plant.A service technician is charging an air-conditioning system that has a TX V as the metering device using the subcooling method of charging. The high-side saturation temperature is 110F and the unit's technical manual specifies 10F of liquid subcooling. What would thedesired liquid-line temperature be at the condensing unit?
- A vapor compression cycle “COP= 1.6" is operated by an electric motor “3-Phase, 380 volts, 87% efficient", the cooling load is 33 kW. If the motor is replaced by a new one, same specifications but 94% efficient What will be the annual SOURCE energy savings "kWh" whe it's used for 1400 hours every cooling season every year? Grid efficiency is 37%. Select one O A. 7795.47 O B. 5657.89 O C. 6679.92 O D. 7256.40 O E. 6185.61Pla solve this reheat regen problem. Thank youUnder the established parameters of the "refrigeration & cryogenic plant for oxygen poduction", elaborate the design outdoor condtion and design indoor condition? What do you think is the refrigerant type which best for cryogenic plant
- The air outside is 40 C and 60% r.h. I want torun an air conditioner to cool it to 15 C. The deliver rate should be 1000 m^3/min. What is Q and the rate at which water condenses (if any)?l MTN 12:43 PM O O 18% O 1/1 m an oit glerege tanik at 5o°c to Prelcen + Solidificafion Tank heating reguuirement is 210k.The plant is fitted with tewin Cylinder Compressor hauing bore 150mm, Stroke loomm Speed 15 reulsec eind Volumetric and isentropic ettaencies of +57. and 80% respectively. (t o peratee with rettiget 34a and utilizes the ambient airat Bc 30°c as the heat Source. Assuming eraporating tempereture 2O°E, Condensing temperature 60°c, suction gas superheut toc and no Cond encate sub-Cooline determine the following. 0. Healing loas of tank in kW. O . Cost of power Consumel after 5ohours operation at fulI Compressor Capa city asseming power Costs G GHE 1:5 Per kwh. Cu) . Sauing in cost of power Compares to direct heating of tank with electricity · W). Carnot efficiency of plant.-Nate.: Usethe relevant.chart far each problem-. 2. Find the theoretical C.O.P. for a CO2 machine working between the temperature range of 25°C and - 5°C. The dryness fraction of CO2 gas during the suction stroke is 0.6. (Same as Example 10) Please solve the question on a piece of paper and using tables with illustrations