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using Chapter 3 - Grophical Velocity Polygons / Imaging. For the sliding contact / inline slider. graphical velocity polygons / imaging find: Voz (velocity of glider contact B₂ relative find:√B2/31 "to B₁) (in/sec)" measure √32 (webcity (velocity of output link B₂ ) ( "/sec) calculate {o wz (angular velocity Bz) (Frade B₁₂)(d) of output link B202 30pts Note W₂ = W3 angular velocity B₂ O z = B₁₂ C-one - one link = angular velocity B₂ C • Vc - velocity of inline slider input link B₂G (14/SEC) where Vc = Rz wz calculate {° measure So VD/C - velocity of coupler link CD on the Inline slider - velocity of relating to c) ("/sec) 3 No- rebcity of output slider D (free) calculate {• W4 - angular velocity of coupler link CD (rad) d Scale 1" 30" Sec = tover a Given: R₁ = 3 in R₁ = 4 in ว (link D,B,) (fixed line 0, 0₂) (243) 01-60° A ; W₁ = 20red) - link o,B 8-00 R3 = 4in-link Oz C R4 = 6 in - ник сто from: displacement analysis. 12= 25° R2 = balin > 3 = 65° 803 4 = 37° R5 = 6.5 in Bz0zC one link R2 Ro Да R4 B₁ rud W₁ = 20 sec 01-60 Ri RS P

using Chapter 3 - Grophical Velocity Polygons / Imaging. For the sliding contact / inline slider. graphical velocity polygons / imaging find: Voz (velocity of glider contact B₂ relative find:√B2/31 "to B₁) (in/sec)" measure √32 (webcity (velocity of output link B₂ ) ( "/sec) calculate {o wz (angular velocity Bz) (Frade B₁₂)(d) of output link B202 30pts Note W₂ = W3 angular velocity B₂ O z = B₁₂ C-one - one link = angular velocity B₂ C • Vc - velocity of inline slider input link B₂G (14/SEC) where Vc = Rz wz calculate {° measure So VD/C - velocity of coupler link CD on the Inline slider - velocity of relating to c) ("/sec) 3 No- rebcity of output slider D (free) calculate {• W4 - angular velocity of coupler link CD (rad) d Scale 1" 30" Sec = tover a Given: R₁ = 3 in R₁ = 4 in ว (link D,B,) (fixed line 0, 0₂) (243) 01-60° A ; W₁ = 20red) - link o,B 8-00 R3 = 4in-link Oz C R4 = 6 in - ник сто from: displacement analysis. 12= 25° R2 = balin > 3 = 65° 803 4 = 37° R5 = 6.5 in Bz0zC one link R2 Ro Да R4 B₁ rud W₁ = 20 sec 01-60 Ri RS P

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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Please solve the following problem using graphical velocity polygon method:

using Chapter 3 - Grophical Velocity Polygons / Imaging. For the sliding contact / inline slider. graphical velocity polygons / imaging find: Voz (velocity of glider contact B₂ relative find:√B2/31 "to B₁) (in/sec)" measure √32 (webcity (velocity of output link B₂ ) ( "/sec) calculate {o wz (angular velocity Bz) (Frade B₁₂)(d) of output link B202 30pts Note W₂ = W3 angular velocity B₂ O z = B₁₂ C-one - one link = angular velocity B₂ C • Vc - velocity of inline slider input link B₂G (14/SEC) where Vc = Rz wz calculate {° measure So VD/C - velocity of coupler link CD on the Inline slider - velocity of relating to c) ("/sec) 3 No- rebcity of output slider D (free) calculate {• W4 - angular velocity of coupler link CD (rad) d Scale 1" 30" Sec = tover a
Transcribed Image Text:using Chapter 3 - Grophical Velocity Polygons / Imaging. For the sliding contact / inline slider. graphical velocity polygons / imaging find: Voz (velocity of glider contact B₂ relative find:√B2/31 "to B₁) (in/sec)" measure √32 (webcity (velocity of output link B₂ ) ( "/sec) calculate {o wz (angular velocity Bz) (Frade B₁₂)(d) of output link B202 30pts Note W₂ = W3 angular velocity B₂ O z = B₁₂ C-one - one link = angular velocity B₂ C • Vc - velocity of inline slider input link B₂G (14/SEC) where Vc = Rz wz calculate {° measure So VD/C - velocity of coupler link CD on the Inline slider - velocity of relating to c) ("/sec) 3 No- rebcity of output slider D (free) calculate {• W4 - angular velocity of coupler link CD (rad) d Scale 1" 30" Sec = tover a
Given: R₁ = 3 in R₁ = 4 in ว (link D,B,) (fixed line 0, 0₂) (243) 01-60° A ; W₁ = 20red) - link o,B 8-00 R3 = 4in-link Oz C R4 = 6 in - ник сто from: displacement analysis. 12= 25° R2 = balin > 3 = 65° 803 4 = 37° R5 = 6.5 in Bz0zC one link R2 Ro Да R4 B₁ rud W₁ = 20 sec 01-60 Ri RS P
Transcribed Image Text:Given: R₁ = 3 in R₁ = 4 in ว (link D,B,) (fixed line 0, 0₂) (243) 01-60° A ; W₁ = 20red) - link o,B 8-00 R3 = 4in-link Oz C R4 = 6 in - ник сто from: displacement analysis. 12= 25° R2 = balin > 3 = 65° 803 4 = 37° R5 = 6.5 in Bz0zC one link R2 Ro Да R4 B₁ rud W₁ = 20 sec 01-60 Ri RS P
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