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Consider isentropic flow in a conve fullow ing data 'at section 1.(wa VA = 100 m/sec; P, = 300KPa; T, = Sook Area at section z i's O.003 The Mach number M2 i's, . O.10 ; b. 0.20; C.O. 30 ;d. • Velocity V2 is (im m/sec), · 105 ; b. 120 ; C. 135;d. Temperature Tz is (m Kelvi 496; b. 506 ; c.516 ; d. 52 The mass flow rate m2 ´ is l Ks 0:72; b. 0.82 ;.0.92; d. 1•0z

Consider isentropic flow in a conve fullow ing data 'at section 1.(wa VA = 100 m/sec; P, = 300KPa; T, = Sook Area at section z i's O.003 The Mach number M2 i's, . O.10 ; b. 0.20; C.O. 30 ;d. • Velocity V2 is (im m/sec), · 105 ; b. 120 ; C. 135;d. Temperature Tz is (m Kelvi 496; b. 506 ; c.516 ; d. 52 The mass flow rate m2 ´ is l Ks 0:72; b. 0.82 ;.0.92; d. 1•0z

Elements Of Electromagnetics
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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2. Consider isentropic flow in a converging nozzle with fullow ing data 'at section 1.(Work fluid : air) V = 100 mlsec; P, = 300 KPa; T, = Sook; A,=0.004m O Avea at section z i's 0. 003 m 2 (i) The Mach number M2 2 i's, a. O.10; b.0.20; C.O.30;d. 0.40;e.o.5o cii) Velocity Vz is (im m/sec), 105; b. 12O ; C. 135 ;d. 150;e.165 a . cilil Temperature Tz is (m kelvin ) a. 496; b. 506 ; c.516 ; d. 526;e.536 6;C.516 (ir) The máss flow rate mz is L kg/sec) ; 0.72; b. O.82 ;Q. O.92;d. Joo2;e 1. 12 d.526;e.536 a.
Transcribed Image Text:2. Consider isentropic flow in a converging nozzle with fullow ing data 'at section 1.(Work fluid : air) V = 100 mlsec; P, = 300 KPa; T, = Sook; A,=0.004m O Avea at section z i's 0. 003 m 2 (i) The Mach number M2 2 i's, a. O.10; b.0.20; C.O.30;d. 0.40;e.o.5o cii) Velocity Vz is (im m/sec), 105; b. 12O ; C. 135 ;d. 150;e.165 a . cilil Temperature Tz is (m kelvin ) a. 496; b. 506 ; c.516 ; d. 526;e.536 6;C.516 (ir) The máss flow rate mz is L kg/sec) ; 0.72; b. O.82 ;Q. O.92;d. Joo2;e 1. 12 d.526;e.536 a.
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