ald of suitable figures/sketches, discuss the different transformations within an ideal Otto cycle, clearly defining them in a p-v diagram and explaining their physical meaning. Then, explain the differences (within the p-v diagram) between an ideal and a real cycle, and discuss the consequences in terms of useful work/power extracted from the cycle. How many efficiency terms can be identified in the real cycle? (Max 300 words).

ald of suitable figures/sketches, discuss the different transformations within an ideal Otto cycle, clearly defining them in a p-v diagram and explaining their physical meaning. Then, explain the differences (within the p-v diagram) between an ideal and a real cycle, and discuss the consequences in terms of useful work/power extracted from the cycle. How many efficiency terms can be identified in the real cycle? (Max 300 words).

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Compute for Rtotal
Answer all parts of the physics problem
Answer the questions for number 2
AutoSave Off Document2 - - Word P Search retroget R O X File Home Insert Design Layout References Mailings Review View Help E Share P Comments X Cut Times New Rom v 8 - A A Aa v A P Find - AaBbCcDc AaBbCcDc AaBbC AaBbCcC AaB B Copy Replace A Select Dictate Sensitivity Paste BIU v ab x, x A - I v A v 1 Normal I No Spac. Heading 1 Heading 2 Title S Format Painter Clipboard Font Paragraph Styles Editing Voice Sensitivity Determine the electric constant based on equation Q = =,V A=180.4 mm2 d= 6.1 mm V= 1.117 Q= 2.95 X 10^(-13) E=? Page 1 of 1 19 words D Focus 100% 4:23 PM 19/04/2021
3. Perform the following mathematical operations, expressing the answers to the correct number of significant digits. a. 463.66 + 29.2 + 0.17 b. 426.66 - 39.2 c. (2.6)(42.2) d. (65) (0.041)(325) 650 e. (0.0060)(26) (55.1) i. 3.52 0.452 9. 0.012 (5.21)(0.45) h. 0.0060 j. V4.9
V/A Spelunlier drops astone off of aclıff inadarl cave at the instmat he starts his stonwatch.Hehears the stone hit water 1.3secends utter he releases it. How fe below is the water? Give yor mswer in feed. A27.2 ft B 8.3 t7 ८घ दा cis.4 ft D)9.0 t# 3D. 2 ft
Q3. Use NOR gates to implement each expression: (a) x = A + B (ь) х — АВ
QUESTIONS AND APPLICATIONS 1. Derive the equation R = V sin 20 g
Hwww
Q1 The moment equation for a triangular distributed load, wo 30 N/m acted on a beam (Figur Q1) with a length, L- 5 m is given as: M₂-5x³-112.5x + 125 By performing your calculation in 3 decimal points: Determine the most positive roots of the system, x by using Newton Rhapson Method. Use initial value of x = 3. Iterate until |E <0.25). (b) Determine the most positive roots of the system, x by using Secant Method. Use initial value of x= [3,5]. Iterate until E<0.25).
You are given the equation(s) used to solve a problem. Write a realistic problem for which this is the correct equation(s). (9.0 × 10⁹ Nm²/C²)9192 0.030 m 91 +92 = 40 nC = 90 × 10-6 J
For the path shown below 1₂ = 9.4A and you calculate B. di =2.43 x 105 Tm. Find the magnitude of the current 1₁. Round your results to two decimal places. (Ho = 4x107Tm/A) closed path On