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Find the missing properties of T, P, v, u and x if applicable and plot the...
a. Determine the missing properties (v, u, h)for water (H20) for the state given. Show your...
a. Determine the missing properties (v, u, h)for water (H20) for the state given. Show your calculations for each case T= 123.97 oC ; P = 900 kPa Determine the missing properties (T, u, h) for Refrigerant R-134a for the state given. P = 104 psia; v = 0.012 ft^3/lbm
EXAMPLE 3-9 The Use of Steam Tables to Determine Properties Determine the missing properties and the...
EXAMPLE 3-9 The Use of Steam Tables to Determine Properties Determine the missing properties and the phase descriptions in the following table for water P, kPa X u, kJ/kg T, C Phase description 200 0.6 1600 1000 2950 75 500 850 125 OBOSS 0.0
3. Determining the missing properties of water and the phase descriptions in the following table (20...
3. Determining the missing properties of water and the phase descriptions in the following table (20 points) T,°C Phase description. v, m /kg P, kPa 500 u, kJ/kg (a) 20 (b) 500 0.2 (c) 1400 200 0.8 (d) 300 P Co T- 20
Determine the values of the specified properties at each of the following conditions (a) For Refrigerant...
Determine the values of the specified properties at each of the following conditions (a) For Refrigerant 134a at T= 60°C and v = 0.072 m3/kg, determine p in kPa, and h in kJ/kg p= h= (b) For ammonia at p = 20bar and v = 0.005 m3/kg, determine Tin kPa kJ/kg and u in kJ/kg oC kJ/kg -10°C and u T= u= (c) For Refrigerant 22 at T and v in m3/kg. 200 k /kg, determine p in bar bar...
Determine the values of the specified properties at each of the following conditions. (a) For Refrigerant...
Determine the values of the specified properties at each of the following conditions. (a) For Refrigerant 134a at T = 60°C and v = 0097 m3/kg, determine p in kPa, and h in kJ/kg. 269.6 kPa h303.05 (b) For ammonia at p T-4.11 kJ/kg 20bar and -0.005 m3/kg, determine Tin °C and u in kJ/kg. oC 214.0 kJ/kg (c) For Refrigerant 22 at T-10°C and u 200 kJ/kg, determine p in bar and v in m3/kg. p = 3.54 bar...
please answer the most you can # 1: Given R-134a at 100 psia, find Tsat, Y, Yg, and hf #2: Given water at 100 psia & T=1000°F, find u and s #3: Given R-134a at 100 kPa & T-50°C, find u and s...
please answer the most you can
# 1: Given R-134a at 100 psia, find Tsat, Y, Yg, and hf #2: Given water at 100 psia & T=1000°F, find u and s #3: Given R-134a at 100 kPa & T-50°C, find u and s #4 : Given water at 100 kPa, if u 1000 kJ/kg, find h (Hint: mixture) #5: Given water at 5 MPa & T-40°C, find u and h #6: Given R-134a at 1,0 MPa & T-40C, find h...
For each case specify the state of the substance and provide the requested values. A) (8...
For each case specify the state of the substance and provide the requested values. A) (8 points) Refrigerant 134a at T 10 C and v 0.025 m/kg, find P in kPa and u in B) (7 points) Air at P-1 bar and v-1 m3/kg, find u in kJ/kg. C) (8 points) Water at T 820 C and P 0.35 MPa, find h in kJ/kg. D) (7 points) Refrigerant 134a at T=4°C and u = 55.1 kJ/kg, find v in m3/kg....
if you could show work on how you get the numbers in the chart I would...
if
you could show work on how you get the numbers in the chart I would
appreciate it.
For each problem, sketch the T-s or P-v diagrams or both. PROBLEM 1: Using the steam tables, complete the following chart of thermodynamics properties of water. Show the appropriate T-v or P-v diagram. RRS Phase (Quality If Applieable) T"C) P (kPa) (m/kg) h (kJ/kg) 4329 350 3173 3 o79.9 3244 3475.3 200 Sueecbeatd b185 l43.440 400 0.320 420 5000 6,06 Super heated...
if the sufficient data are provided complete the blank cells in the following table Problem 2:...
if the sufficient data are provided complete the blank cells
in the following table
Problem 2: Complete this table for H2O: T,°C P, kPa h, kJ/kg Phase description 200 950 800 0.7 140 1800 0.0 80 500 3162.2 Problem 3: If sufficient data are provided, complete the blank cells in the following table of properties of water. In the last column describe the condition of water as compressed liquid, saturated mixture, superheated vapor, or insufficient information; and if applicable give...
quality x=0.5 indicates a liquid/vapor mix. A piston cylinder device contains V-0 2 m3 of water...
quality x=0.5 indicates a liquid/vapor mix.
A piston cylinder device contains V-0 2 m3 of water at P 140 kPa and a quality of x/=0.5. The cross- sectional area of the piston is A-0.2 m2 and is restrained by a linear spring with spring constant K-52 kN/m Heat is added to the water until the volume expands to V2= 0.4 m3 (a) Determine the mass of water and the final pressure P2 (b) Fill in all other missing properties in...
EXAMPLE 3-9 The Use of Steam Tables to Determine Properties Determine the missing properties and the phase descriptions in the following table for water P, kPa X u, kJ/kg T, C Phase description 200 0.6 1600 1000 2950 75 500 850 125 OBOSS 0.0
3. Determining the missing properties of water and the phase descriptions in the following table (20 points) T,°C Phase description. v, m /kg P, kPa 500 u, kJ/kg (a) 20 (b) 500 0.2 (c) 1400 200 0.8 (d) 300 P Co T- 20
Determine the values of the specified properties at each of the following conditions (a) For Refrigerant 134a at T= 60°C and v = 0.072 m3/kg, determine p in kPa, and h in kJ/kg p= h= (b) For ammonia at p = 20bar and v = 0.005 m3/kg, determine Tin kPa kJ/kg and u in kJ/kg oC kJ/kg -10°C and u T= u= (c) For Refrigerant 22 at T and v in m3/kg. 200 k /kg, determine p in bar bar...
Determine the values of the specified properties at each of the following conditions. (a) For Refrigerant 134a at T = 60°C and v = 0097 m3/kg, determine p in kPa, and h in kJ/kg. 269.6 kPa h303.05 (b) For ammonia at p T-4.11 kJ/kg 20bar and -0.005 m3/kg, determine Tin °C and u in kJ/kg. oC 214.0 kJ/kg (c) For Refrigerant 22 at T-10°C and u 200 kJ/kg, determine p in bar and v in m3/kg. p = 3.54 bar...
please answer the most you can
# 1: Given R-134a at 100 psia, find Tsat, Y, Yg, and hf #2: Given water at 100 psia & T=1000°F, find u and s #3: Given R-134a at 100 kPa & T-50°C, find u and s #4 : Given water at 100 kPa, if u 1000 kJ/kg, find h (Hint: mixture) #5: Given water at 5 MPa & T-40°C, find u and h #6: Given R-134a at 1,0 MPa & T-40C, find h...
For each case specify the state of the substance and provide the requested values. A) (8 points) Refrigerant 134a at T 10 C and v 0.025 m/kg, find P in kPa and u in B) (7 points) Air at P-1 bar and v-1 m3/kg, find u in kJ/kg. C) (8 points) Water at T 820 C and P 0.35 MPa, find h in kJ/kg. D) (7 points) Refrigerant 134a at T=4°C and u = 55.1 kJ/kg, find v in m3/kg....
if
you could show work on how you get the numbers in the chart I would
appreciate it.
For each problem, sketch the T-s or P-v diagrams or both. PROBLEM 1: Using the steam tables, complete the following chart of thermodynamics properties of water. Show the appropriate T-v or P-v diagram. RRS Phase (Quality If Applieable) T"C) P (kPa) (m/kg) h (kJ/kg) 4329 350 3173 3 o79.9 3244 3475.3 200 Sueecbeatd b185 l43.440 400 0.320 420 5000 6,06 Super heated...
if the sufficient data are provided complete the blank cells
in the following table
Problem 2: Complete this table for H2O: T,°C P, kPa h, kJ/kg Phase description 200 950 800 0.7 140 1800 0.0 80 500 3162.2 Problem 3: If sufficient data are provided, complete the blank cells in the following table of properties of water. In the last column describe the condition of water as compressed liquid, saturated mixture, superheated vapor, or insufficient information; and if applicable give...
quality x=0.5 indicates a liquid/vapor mix.
A piston cylinder device contains V-0 2 m3 of water at P 140 kPa and a quality of x/=0.5. The cross- sectional area of the piston is A-0.2 m2 and is restrained by a linear spring with spring constant K-52 kN/m Heat is added to the water until the volume expands to V2= 0.4 m3 (a) Determine the mass of water and the final pressure P2 (b) Fill in all other missing properties in...
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