PLEASE ANSWER ASAP. WILL RATE IF CORRECT! **4-Bar Linkage Analysis**In this exercise, we examine a 4-bar linkage system to determine various velocity components using the instantaneous center of zero velocity. The linkage consists of four bars connected by pins at points \( O' \), \( A \), \( D \), and \( B \). The goal is to calculate:1. **Magnitude and Direction of Velocity at Point A**2. **Magnitude and Direction of Velocity at Point D**3. **Angular Velocity \(\omega\)**### Diagram DescriptionThe linkage system is composed of the following:- **Link \( O'A \)** with length \( L_1 \)- **Link \( AD \)** with length \( L_2 \)- **Link \( DB \)** with length not explicitly listed- **Link \( BO \)**, at an angle \(\theta = 45^\circ\), moving with an angular velocity \(\omega\)**Instantaneous Center of Zero Velocity**: This technique is used for analysis, allowing us to simplify the system by locating a point where the velocity is zero, aiding in understanding motion at other points.### Steps for AnalysisTo solve the problem, you'll apply the principles of kinematics to calculate the various velocities and the angular velocity. Assume the tangential velocity at B is \( v_B \).The diagram provided visualizes the interconnected bars and their respective points, with the rotating angle indicated. Use these geometric relations to further your calculations.

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Shown below is a 4-bar linkage. Assume the tangential velocity at B is vg, and the lengths of the links 0'A, AD,DB,BO are known as per figure. Use the instantaneous center of zero velocity to find: 1. Magnitude and direction of the velocity at point A 2. Magnitude and direction of the velocity at point D 3. The angular velocity w D B 0 = 45°

Shown below is a 4-bar linkage. Assume the tangential velocity at B is vg, and the lengths of the links 0'A, AD,DB,BO are known as per figure. Use the instantaneous center of zero velocity to find: 1. Magnitude and direction of the velocity at point A 2. Magnitude and direction of the velocity at point D 3. The angular velocity w D B 0 = 45°

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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