The following data are given for a certain rocket unit: Thrust, 8000 N Propellant weight flow rate, 36 N/sec Speed of rocket, 800 m/s internal efficiency 32% combustion efficiency 97 % Determine (a) the effective velocity; (b) total kinetic energy per second (c) calorific value of propellant
The following data are given for a certain rocket unit: Thrust, 8000 N Propellant weight flow rate, 36 N/sec Speed of rocket, 800 m/s internal efficiency 32% combustion efficiency 97 % Determine (a) the effective velocity; (b) total kinetic energy per second (c) calorific value of propellant
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The following data are given for a certain rocket unit: Thrust, 8000 N Propellant weight flow rate, 36 N/sec Speed of rocket, 800 m/s internal efficiency
32%
combustion efficiency 97 %
Determine (a) the effective velocity; (b) total kinetic energy per second (c) calorific value of propellant (d) the propulsive efficiency (e) the overall efficiency (f) the specific impulse (g) the specific propellant consumption
????? =1/3 ?(?^2) h
V cylinder = ?(?^2) h
V frustrum = 1/3 ?ℎ(?^2 +?^2 +? ×?)
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![Question 2
The following data are given for a certain rocket unit:
Thrust,
8000 N
Propellant weight flow rate,
internal efficiency
36 N/sec
Speed of rocket,
combustion efficiency
800 m/s
32%
97 %
Determine (a) the effective velocity; (b) total kinetic energy per second (c) calorific value of
propellant (d) the propulsive efficiency (e) the overall efficiency (f) the specific impulse (g)
the specific propellant consumption](https://content.bartleby.com/qna-images/question/58385a58-4d78-462e-85b3-05d4920f40e9/9500123d-f0fa-475a-a0d0-ccbc6e47257e/agk5cv6_thumbnail.jpeg)
Transcribed Image Text:Question 2
The following data are given for a certain rocket unit:
Thrust,
8000 N
Propellant weight flow rate,
internal efficiency
36 N/sec
Speed of rocket,
combustion efficiency
800 m/s
32%
97 %
Determine (a) the effective velocity; (b) total kinetic energy per second (c) calorific value of
propellant (d) the propulsive efficiency (e) the overall efficiency (f) the specific impulse (g)
the specific propellant consumption
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