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In: Mechanical Engineering
Q : It is desired to maintain the temperature of hospital room at 24 degree centigrade...
Q : It is desired to maintain the temperature of hospital room at 24 degree centigrade at all the time . The size of the room is 12x12 having 2 ton Air conditioner and 1200 watt heater.
A) discuss proper mechanism so that the temperature should not exceed 24 degree centigrade at any condition ( Hot or cold weather ).
B) suggest and draw a block diagram for temperature control system for hospital room
Solutions
samet mamat answered 4 months agoRelated Solutions
Q : It is desired to maintain the temperature of hospital room at 24 degree centigrade...
Q : It is desired to maintain the temperature of
hospital room at 24 degree centigrade at all the time . The size of
the room is 12x12 having 2 ton Air conditioner and 1200 watt
heater.
A) discuss proper mechanism so that the temperature
should not exceed 24 degree centigrade at any condition ( Hot or
cold weather ).
B) suggest and draw a block diagram for temperature
control system for hospital room
Write in java Q 4.Centigrade and Fahrenheit are two scales to measure temperature. Write a program...
Write in java
Q 4.Centigrade and Fahrenheit are two scales to
measure temperature. Write a program that that prompts the user to
enter Centigrate and then print the Fahrenheit.
Use following formula for conversion.
Fahrenheit = Centigrade*1.8 + 32 ;
Q. 7 Write a program to calculate the bill of a
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Prompt the employee to enter the monthly plan fees.
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Prompt the employee to enter the rate per additional minute.
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If 1080 steel was heated to 1000 degree and then aircooled in the room temperature, 1080...
If
1080 steel was heated to 1000 degree and then aircooled in the room
temperature, 1080 steel has lower strength, what additional heat
treatment do you recommend to gain strength? Explain in terms of
microstructure theory why this is the case. How else could we
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microstructural theory why this is the case
The air in a room has a pressure of 1 atm, a dry-bulb temperature of 24°C,...
The air in a room has a pressure of 1 atm, a dry-bulb
temperature of 24°C, and a wetbulb temperature of 17°C. Using the
psychrometric chart, determine
(a) The specific humidity,
(b) The enthalpy, in kJ/kg dry air,
(c) The relative humidity,
(d) The dew-point temperature,
and (e) The specific volume of the air, in m3/kg dry air.
Develop a form to display centigrade temperature and corresponding Fahrenheit temperature ranging from 30 to 90...
Develop a form to display centigrade temperature and
corresponding Fahrenheit temperature ranging from 30 to 90 at
increments of 10. Use a do while loop. Please use the below formula
to convert Celsius to Fahrenheit in advance C#
I need the form not a table. Thank you!
1) A mixture of methyl iodide and water boils at 64 degree centigrade and 1 atm....
1) A mixture of methyl iodide and water boils at 64 degree
centigrade and 1 atm. What weight of methyl iodide would be carried
over by 18g of steam during steam distillation?
Boil water in a bowl and cool in a room. The air temperature in the room...
Boil water in a bowl and cool in a room. The air temperature in
the room is increasing linearly according to the function Ta (t) =
22 + 0.015t (t in minutes, T in ° C). Assume that Newton's Law of
Cooling is satisfied: the rate of change of water temperature is
proportional to the difference between the temperature of the water
and the temperature of the environment. We take the water
temperature after 8 minutes and find that it...
Peas Rate of respiration Germinating, room temperature 296.1 Non-germinating, room temperature 2.122 Germinating, cool temperature 252.8...
Peas
Rate of respiration
Germinating, room temperature
296.1
Non-germinating, room temperature
2.122
Germinating, cool temperature
252.8
1. Compare the respiration rate among various types of
seeds.
2. Compare the respiration rate among seeds that have germinated
for different time periods, such as 1, 3 and 5 days
Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below...
Iron has an fcc structure at temperatures higher than 913 degree
centigrade, and bcc structure below this temperature. At 1148 oC,
iron can dissolve maximum of 2.08% of carbon to form steel.
However, at temperature lower than 723 oC, iron can only dissolve
maximum 0.025% carbon. The atomic radius is 0.129 nm in both
structures (don't consider thermal expansion). One of the largest
void is located at (0, ½ , 0) for fcc.
What is the largest void size in...
Iron has an fcc structure at temperatures higher than 913 degree centigrade, and bcc structure below...
Iron has an fcc structure at temperatures higher than 913 degree
centigrade, and bcc structure below this temperature. At 1148 oC,
iron can dissolve maximum of 2.08% of carbon to form steel.
However, at temperature lower than 723 oC, iron can only dissolve
maximum 0.025% carbon. The atomic radius is 0.129 nm in both
structures (don't consider thermal expansion). One of the largest
void is located at (0, ½ , 0) for fcc.
What is the largest void size in...
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