Question

The double-slider linkage is driven by moving sliding block 2 as shown in the figure. The siding axis of link 4 is inclined by 4 with respect to the sliding axis of link 2. DOBE- Re = 180 mm and = 13° Project objective Calculate the location of the slider for different values of angles and plot the answers using a suitable software. Follow the steps below to support you study. STEPS: 1. Write the vector loop. 2. Write all the needed equations with clear definitions of each. 3. Solve analytically for the position of sliding block 4. 4. Complete the following table. (Hint: you may use a simple code ex: excel) Given (de) Position of the slider (cm) 5. Plot the results of the position of the slider 6. From the plot deduce the minimum and the maximum position of the slider. 7. Check the result graphically for the position where =-45 8. Next to the report that you will prepare to show your work, you may prepare a power point presentation file with added voice on it having your own explanation of the study

Answer 1

(deg) position (cm) 20 39.1106705 22 -0.379191 24 -38.795072 26 32.6680841 28 11.6056324 30 -42.327379 - 4 5