Not yet answered The toggle mechanism shown (Figure below) moves from an initial angle e = 30° to a final e = 20°. Which ONE of the following equations is CORRECT for determining the horizontal distance moved by point C. 8" O A 8" x sin 30° LACB=180° + sin 5" OB. AC sin 30° %3D sin ZABC 5" OC. ZABC=180°-sin-1. 8" x sin 20° 5" O D. ACX sin ZABC=5"Xsin 20° 8" x sin 20° ZABC= sin- 5"

Elements Of Electromagnetics
7th Edition
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Question 2
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The toggle mechanism shown (Figure below) moves from an initial angle e = 30° to a final e = 20°. Which ONE of the following equations is
CORRECT for determining the horizontal distance moved by point C.
8"
O A
8" x sin 30°
ZACB = 180°+ sin-1
5"
OB.
AC
sin 30°
%3D
sin ZABC
5"
OC.
ZABC= 180°-sin-1
8" x sin 20°
5"
O D. ACX sin ZABC=5"x sin 20°
O .
ZABC= sin-1.
8" x sin 20°
5"
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Transcribed Image Text:Question 2 Not yet answered The toggle mechanism shown (Figure below) moves from an initial angle e = 30° to a final e = 20°. Which ONE of the following equations is CORRECT for determining the horizontal distance moved by point C. 8" O A 8" x sin 30° ZACB = 180°+ sin-1 5" OB. AC sin 30° %3D sin ZABC 5" OC. ZABC= 180°-sin-1 8" x sin 20° 5" O D. ACX sin ZABC=5"x sin 20° O . ZABC= sin-1. 8" x sin 20° 5" https://mymodules.dtls.unisa.ac.za/mod/quiz/attempt.php?attempt=1158613&cmid=417989
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