Question

The electricity fraction of total energy output if W₁ and Q₁ represents the turbine work and heat output is given by?

a.

W₁ / (W₁ + Q₁)

b.

W₁ / (W₁ – Q₁)

c.

W₁ / (W₁Q₁)

d.

W₁ / Q₁

Answer: (a).W₁ / (W₁ + Q₁)

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. The electricity fraction of total energy output if W₁ and Q₁ represents the turbine work and heat output is given by?

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. The cogeneration plant efficiency nᴄᴏ if Wᴛ, Qi, Qʜ represents turbine work, heat input, heat output respectively is given by?

Q. Which of the following is a good medium for constant temperature heating?

Q. Back pressure turbine is placed between ____________

Q. Which of these is not an application of back pressure turbine?

Q. In terms of cost per MW compared to condensing sets of the same power, the back pressure turbines are?

Q. Back pressure turbines are usually _________________ with respect to their power output.

Q. In a by-product power cycle?

Q. In a back pressure turbine _____________

Q. A plant producing both, electrical power & process heat simultaneously is?

Q. Having two separate units for process heat and power is?

Q. The relation between heat rate & efficiency is?

Q. Gross cycle heat rate is equal to?

Q. Which of the following parameters affects the fuel economy?

Q. Heat rate indicates?

Q. Heat rejection in a condenser is to?

Q. What approximate percentage of energy in the fuel is converted to electricity?

Q. Which of these shows the formula for the efficiencies of the auxiliaries n₁?

Q. Which of these is not an auxiliary equipment in a power plant?

Q. The generator efficiency n of the electric alternator is?

Q. If Q₁ represents the rate of heat addition to the cycle and Wnet represents net cycle work output, the expression for net cycle heat rate is?

Recommended Subjects

Are you eager to expand your knowledge beyond Power Plant Engineering? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!