Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Verify the efficiencies for the four Carnot engines specified in Table 5.1. table 5.1 & equations provided as images Ignore the circled things in table 5.1. This just needs the three Carnot engines listed under "Ideal Carnot" and the additional gas engine with Carnot efficiency.

Verify the efficiencies for the four Carnot engines specified in Table 5.1. table 5.1 & equations provided as images Ignore the circled things in table 5.1. This just needs the three Carnot engines listed under "Ideal Carnot" and the additional gas engine with Carnot efficiency.

icon
Related questions
Question

12) Verify the efficiencies for the four Carnot engines specified in Table 5.1.

table 5.1 & equations provided as images

Ignore the circled things in table 5.1. This just needs the three Carnot engines listed under "Ideal Carnot" and the additional gas engine with Carnot efficiency. 

Table 5-1 Efficiencies of Some Heat Engines Hot Reservoir Cold Reservoir Туре of Engine Efficiency Temperature (Kelvin) Temperature (Kelvin) (реrcent) 300 1/2 Newcomen engine Wat's engine 373 385 300 3-4 1500 300 80 Ideal Carnot 1000 300 70 811 311 62 811 311 50 Rankine Actual steam 811 311 40 turbine power plant Binary vapor cycle 811 311 57 Gasoline engine with Carnot efficiency 1944 289 85 Ideal Otto gasoline engine. Actual gasoline engine Actual diesel engine 1944 289 58 30 40
Transcribed Image Text:Table 5-1 Efficiencies of Some Heat Engines Hot Reservoir Cold Reservoir Туре of Engine Efficiency Temperature (Kelvin) Temperature (Kelvin) (реrcent) 300 1/2 Newcomen engine Wat's engine 373 385 300 3-4 1500 300 80 Ideal Carnot 1000 300 70 811 311 62 811 311 50 Rankine Actual steam 811 311 40 turbine power plant Binary vapor cycle 811 311 57 Gasoline engine with Carnot efficiency 1944 289 85 Ideal Otto gasoline engine. Actual gasoline engine Actual diesel engine 1944 289 58 30 40
Equations (average speed) d= vot + }at² (distance under acceleration) Fnet W = mg (Weight) a= (Acceleration) F = Gmm2 (Gravity Law) (Мотentum) КЕ%3D3mu? (Kinetic Energy) PE =mgh (Potential Energy) p= mv W = F ·d (Work Done) Q= mcAT (Heat Energy) Q=mL (Latent Heat Energy) eff = (Heat Engine Efficiency) eff = 1- (2nd Heat Engine Efficiency) W %3D effCarnot = 1 – (Efficiency Carnot Cycle) S = $ (Entropy Change of Reservoir) AS = H + c (Total Entropy Change Closed System)
Transcribed Image Text:Equations (average speed) d= vot + }at² (distance under acceleration) Fnet W = mg (Weight) a= (Acceleration) F = Gmm2 (Gravity Law) (Мотentum) КЕ%3D3mu? (Kinetic Energy) PE =mgh (Potential Energy) p= mv W = F ·d (Work Done) Q= mcAT (Heat Energy) Q=mL (Latent Heat Energy) eff = (Heat Engine Efficiency) eff = 1- (2nd Heat Engine Efficiency) W %3D effCarnot = 1 – (Efficiency Carnot Cycle) S = $ (Entropy Change of Reservoir) AS = H + c (Total Entropy Change Closed System)
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer