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General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. I. II. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA".

General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. I. II. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA".

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
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I just need a drawing or interpretation of this question, i just need how to draw or execute this (pleaseee help) thank yoouuu in advance

General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. II. III. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA". Determine the respective positions of crank OA when slider B is at its extreme positions. Indicate its angle of inclination in degrees with respect to the positive x- axis (w.r.t. +x-axis).
Transcribed Image Text:General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. II. III. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA". Determine the respective positions of crank OA when slider B is at its extreme positions. Indicate its angle of inclination in degrees with respect to the positive x- axis (w.r.t. +x-axis).
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waiting for the answers for remaining I, II, III. Hope this helps u at some point, by me sending question again, thank youuu ! im waiting <3

General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. II. III. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA". Determine the respective positions of crank OA when slider B is at its extreme positions. Indicate its angle of inclination in degrees with respect to the positive x- axis (w.r.t. +x-axis).
Transcribed Image Text:General Instruction Interpret the design consideration into a graphical representation and follow the listed instructions. Design Consideration Graph a 6-link mechanism where its crank "OA", 25 mm long, has a clockwise rotating motion and one of its ends is pinned to the ground at "O". The crank is connected to two other links at joint "A" where the two links, "AB" and "AC", are equal in length of 100 mm. These two links are located above the crank and are connected to their respective sliders at joint "B" and "C", where "B" is placed on the left and "C" on the right. The axis of slider B, "OB", is inclined 135⁰ with respect to the positive x-axis (w.r.t. +x-axis) while the axis of slider C, "OC", is inclined 45° with respect to the positive x-axis (w.r.t. +x-axis). The axes of the sliders "B" and "C" are always perpendicular to each other, even while reciprocating. II. III. The starting position of crank "OA" is at 90° (w.r.t. +x-axis), graph the kinematic diagram for every 30° of rotation of crank "OA". Determine the total distance traveled by each slider in millimeters upon completion of one full rotation of crank "OA". Determine the respective positions of crank OA when slider B is at its extreme positions. Indicate its angle of inclination in degrees with respect to the positive x- axis (w.r.t. +x-axis).
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