16. A Diesel Cycle has a volume displacement of 0.95 m³ and the volume at during heat rejection is 1 m³. Determine the volume at the end of heat addition if the cut-off ratio 2.25. a. 0.21 m³ b. 0.11 m3 c. 0.25 m³ d. 0.15 m³ 17. Which statement is TRUE? a. Compression ratio is lesser than Cut-off ratio b. Volume at the end of compression is equal to the volume at the end of heat rejection c. Volume at the start of compression is equal to the volume at the end of expansion d. The highest temperature of the cycle is at the end of compression
16. A Diesel Cycle has a volume displacement of 0.95 m³ and the volume at during heat rejection is 1 m³. Determine the volume at the end of heat addition if the cut-off ratio 2.25. a. 0.21 m³ b. 0.11 m3 c. 0.25 m³ d. 0.15 m³ 17. Which statement is TRUE? a. Compression ratio is lesser than Cut-off ratio b. Volume at the end of compression is equal to the volume at the end of heat rejection c. Volume at the start of compression is equal to the volume at the end of expansion d. The highest temperature of the cycle is at the end of compression
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
Related questions
Question
Multiple Choice. Choose the correct answer and show COMPLETE
solution. (Diesel cycle)
Transcribed Image Text:Diesel Cycle
1-2:Isentropic compression
2-3: Constant pressure heat addition
3-4:Isentropic expansion
4-1: Constant volume heat rejection
Qin
3
T3
Qin
Wan
Wout
4.
T
Win
f Qout.
W.
Qout
1
V
C201jmechanicalbooster.com
P-V and T-S Diagram of Diesel Cycle
Figure 6
Transcribed Image Text:16. A Diesel Cycle has a volume displacement of 0.95 m³ and the volume at during heat
rejection is 1 m³. Determine the volume at the end of heat addition if the cut-off ratio
2.25.
a. 0.21 m3
b. 0.11 m3
c. 0.25 m³
d. 0.15 m3
17. Which statement is TRUE?
a. Compression ratio is lesser than Cut-off ratio
b. Volume at the end of compression is equal to the volume at the end of heat
rejection
c. Volume at the start of compression is equal to the volume at the end of
expansion
d. The highest temperature of the cycle is at the end of compression
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