Extra Credit Ideal Otto Cycle Paper Hello this is a project for Ideal Otto cycle. The questions from 1-7 are mostly done All I want you to do is reinfor

Extra Credit Ideal Otto Cycle Paper Hello

this is a project for Ideal Otto cycle.

The questions from 1-7 are mostly done

All I want you to do is reinforce or fix or correct the answers if i’m wrong at something especially #1-3 (which are 50pt and 90pt but basically I want you to take a look at it to fix if anything wrong)

and please do the extra credit parts

the one with software or Matlab and report(basically I am asking you to write the introduction and conclusions only. I will do all the annoying part of equation parts. All you gotta do is introduction and conclusions and anything if you want to add besides equation.)

I will only post the project direction

once I select you, I will send the work.

thank you

and I can extend time too

it’s due this wed midnight in eastern time of America.

But I do want to take a look at it so I can give you 5 more hours then the time limit.

thanks! In an ideal Otto cycle, before the compression process, the pressure is 14.7 psi and the
temperature is 530 °R. Without using special software (Excel and calculators are acceptable.),
perform the following tasks:
1. Calculate the thermal efficiency and the mean effective pressure for a compression ratio
of 8 and a maximum cycle temperature of 2000 °R. Specific heat is not constant. [50]
2. Draw the T-s and p-v diagrams for this cycle. [50]
3. For compression ratios of 4, 6, 8, 10, and 12, calculate in a table and plot thermal
efficiency and mean effective pressure as a function of maximum cycle temperatures
from 1000 °R to 4000 °R in increments of 1000 °R. [90]
4. Is there a local maximum or minimum thermal efficiency for any compression ratio in the
temperature range 1000 °R< Tcycle,max < 4000 °R? If so, what is it, at what maximum cycle temperature does it occur, and how would you determine it? [10] 5. Is there a local maximum or minimum mean effective pressure for any compression ratio in the temperature range 1000 °R Purchase answer to see full attachment