3. 1.05 MPa and 300 °C.4. 2 MPa and 20 °C. superheatedKJ5. 4 MPa and h = 3,020-kgPart 3Using h-s diagram, determine the following. Draw the h-s diagram and locate the statepoint.1. 2.05 MPa and saturated , determine h, s and T2. 240 °C. and 100% quality, determine h,s and P3. 1.8 MPa and 80% quality, determine T, h, and s4. 0.65 MPa and 140 °C SH., determine T, h and s5. 2 MPa and y = 10%, determine T, h and s Solve the following questions: Solve using Steam Table , T-s and h-s . Draw alsothe T-s and h-s diagram.Part 11. Determine the T, h, s, u and v of saturated steam of 1.4 MPa.2. Same as in # 1 except that the steam is wet with quality of 85%.3. Same as in # 1 except that it has a °SH of 100°C.4. Given: P = 1.02 MPaKJs = 6.5293kg KFind: T, h, u and v5. For steam at 5 MPa and specific volume of 38 x 10-3 , find T, h, u and skg6. Given: P= 2.47 MPaT= 384 °C.Find: hPart 2Draw the T-s diagram and locate the state point of the following:1. 2.5 MPa and saturated steam2. 70 °C. and 85% quality

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1. Determine the T, h, s, u and v of saturated steam of 1.4 MPa. 2. Same as in # 1 except that the steam is wet with quality of 85%. 3. Same as in # 1 except that it has a °SH of 100°C. 4. Given: P = 1.02 MPa KJ s = 6.5293 kg K Find: T, h, u and v 5. For steam at 5 MPa and specific volume of 38 x 10-3 , find T, h, u and s kg 6. Given: P= 2.47 MPa

1. Determine the T, h, s, u and v of saturated steam of 1.4 MPa. 2. Same as in # 1 except that the steam is wet with quality of 85%. 3. Same as in # 1 except that it has a °SH of 100°C. 4. Given: P = 1.02 MPa KJ s = 6.5293 kg K Find: T, h, u and v 5. For steam at 5 MPa and specific volume of 38 x 10-3 , find T, h, u and s kg 6. Given: P= 2.47 MPa

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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