19 July 2011

Otto Cycle and Diesel Cycle Review Problems

Reviewer for Quiz #2 on Thermodynamics with Solutions

Topic: Otto Cycle and Diesel Cycle
Course: Thermodynamics 2
Professor: Engr. Rogelio Almira
Reference: Thermodynamics 1 by Hipolito B. Sta. Maria

1. An ideal Otto engine, operating on the hot-air standard with k = 1.34, has a compression ratio of 5. At the beginning of compression the volume is 6 cu ft, the pressure is 13.75 psia and the temperature is 100F. During the constant-volume heating, 340 Btu are added per cycle. Find: i. c, ii. T3, iii. p3, iv. e, v. pm.

2. An ideal Otto cycle engine with 15% clearance operates on .227 kg/s of air; intake state is 100.58 kPa, 37.7C. The energy released during combustion is 110 kJ/s. For hot-air standard with k = 1.32, compute: i. p, V, and T at each corner, ii. W, iii. e and pm.

3. In an ideal Diesel engine compression is from 14.7 psia, 80F, 1.43 cu ft to 500 psia. Then 16 Btu/cycle are added as heat. Make computations for cold-air standard and find i. T2, V2, T3, V3, T4, and p4, ii. W, iii. e and pm, and iv. hp for 300cycles/min.

4. For an ideal Diesel cycle with the overall value of k = 1.33, rk = 15, rc = 2.1, p1 = 97.9 kPa, find i. p2 and ii. pm.

Page 1/4

Page 2/4

Page 3/4

Page 4/4
 If you have questions, kindly send me a message at the chat box on the botttom of the page. Thank you for reading.


  1. Ahaa, its fastidious dialogue on the topic of this paragraph at this place at this
    webpage, I have read all that, so now me also commenting here.
    My homepage - teen porn tube

  2. My brother suggested I would possibly like this web site.
    He was totally right. This submit truly made my day.
    You can not believe just how much time I had spent for this information!
    Thank you!

    Feel free to surf to my webpage Villas in Oba

  3. This blog was... how do you say it? Relevant!

    ! Finally I've found something that helped me. Kudos!

    Here is my site ... mzansi

  4. What's up to every one, the contents existing at this website are actually amazing for people experience, well, keep up the nice work fellows.

    My page ... live girls

  5. Hi, I do believe this is a great website. I stumbledupon it ;) I may revisit once again since i
    have bookmarked it. Money and freedom is the greatest way to change, may
    you be rich and continue to guide others.

    Review my site :: babesflick.com

  6. We're a group of volunteers and starting a new scheme in our community. Your website provided us with valuable information to work on. You've done a
    formidable job and our whole community will be thankful to you.

    Feel free to visit my web blog ... http://sexygirlchat.net

  7. Simply want to say your article is as astounding. The clearness on your submit is just nice and that i could assume
    you are knowledgeable on this subject. Well together with your permission allow
    me to grasp your RSS feed to keep up to date with forthcoming post.
    Thank you one million and please keep up the rewarding work.

    Here is my weblog: xxx sucking

  8. Your style is really unique compared to other folks I have read stuff from.

    Many thanks for posting when you've got the opportunity, Guess I will just bookmark this web site.

    My webpage - tene Sex

  9. ӏ don't know whether it's just me or if perhaps everyone else
    experiencing problems witth your website. It seems likme some off
    the written text onn your posts are running off tthe screen.
    Can somebody else please provide feedback and let me know if this is
    hapρeninng to thеm too? This may be a ρroblem with my
    browѕer because I've had this happen previously. Κudos

    Here іs my website :: dating apps for iphone india

  10. If ʏou do not makе changеs to your routine, you will not
    grow muscle faster. Yoս see, the bioloǥical process
    of muscle grоwth ߋccurs whilе the body is resting, nοt ѡorking.
    Don't forget a super set, do two different exercises
    sequentіally as part of the same set.

    my web-site :: Old School New Body free

  11. Problem 3.4 - A frictionless piston-cylinder device contains 0.2 kg of air at 100 kPa and 27°C. The air is now compressed slowly according to the relation P Vk = constant, where k = 1.4, until it reaches a final temperature of 77°C.

    a) Sketch the P-V diagram of the process with respect to the relevant constant temperature lines, and indicate the work done on this diagram.
    b) Using the basic definition of boundary work done determine the boundary work done during the process [-7.18 kJ].
    c) Using the energy equation determine the heat transferred during the process [0 kJ], and verify that the process is in fact adiabatic.

    Derive all equations used starting with the basic energy equation for a non-flow system, the equation for internal energy change for an ideal gas (Δu), the basic equation for boundary work done, and the ideal gas equation of state [P.V = m.R.T]. Use values of specific heat capacity defined at 300K for the entire process.

  12. I'm not sure where уou are ɡetting your info, but ցreat topic.
    I neеds tto spend sօme time learning mսch more or understanding more.
    Thаnks fοr wonderful infoгmation Ӏ was looking for this informɑtion for my mission.

    Alsso visit myy web ƿage :: buy instgram followers - ,

  13. pls can u solve this...
    the Mep of an ideal diesel cycle is 758.4kpaa. if p=93 kpaa , rk=12.5, and the overall value of k is 1.32. find the cut-off ratio, rc. thanks

  14. pls can u solve this...
    the Mep of an ideal diesel cycle is 758.4kpaa. if p=93 kpaa , rk=12.5, and the overall value of k is 1.32. find the cut-off ratio, rc. thanks

  15. Thank you so much for this Sir. I'm taking Thermo-1 & fortunately this numbers is our topic this whole week. hehe. God Bless you Sir.

  16. nice sir thanks u sir..i am so satisfiered

  17. Hi what's your solution in number 2? It's missing


Related Posts with Thumbnails