For each of the mechanisms, draw the kinematic diagram, specify the number of links and joints, a...
Draw a kinematic diagram of the sewing machine sketches below. Label all inks and joints. Calculate the degrees of freedom (or mobility). (18)
4) Determine the mobility of each planar linkage shown below, specify the number of joints and members. 5) Determine the mobility of each of the planar linkages shown below. Specify the number of links and members. 6) Determine the mobility associated with the mechanism below. The round part rolls without slipping on the pieces in contact with it 7) If position information is available for all points in the planar linkage shown below, can all the velocities be determined uniquely...
1. (40%) For each mechanism shown below, determine the number of links, number of joints, and the degrees of freedom. (a) (b) (c) (d) Rolling Contact Slider (C, E, G-sliders)
Kinematics of mechanisms 3-Draw the kinematic diagram for crimping tool as shown in the figure, and find the mobility and Grashof condition. L1 0.92 2-0.27 L3-0.50 14-0.60 Fhand F crimp Fhand Figure (p2-13)
How to calculate the number of degrees of mobility of plane and spatial mechanisms? Give the explanations for the formulas. Draw the schemes of mechanisms with passive constraints (links) and local (excess) degrees of mobility.
kinematics design of machinery . For each of mechanisms shown below, idenify kinematic pairs, sketch kinematic diagrams and calculate mobility. (Answer in spaces provided. Attach separate sheets if needed) a) A power hack saw used to cut metals. Link 5 pivot at O5 L2 75 mm L3 170 mm 4 2 45 mm Vblade cut stroke O2 and Os workpiece . For each of mechanisms shown below, idenify kinematic pairs, sketch kinematic diagrams and calculate mobility. (Answer in spaces provided....
1. For each of mechanisms shown below, identify kinematic pairs, sketch kinematic diagrams.and calculate mobility. (Answer in spaces provided. Attach separate sheets if needed) a) A power hack saw used to cut metals. Link 5 pivot at O5 L2 75 mm L3 = 170 mm as Vblade 2 45 mm cut stroke 2 and Os workpiece 1. For each of mechanisms shown below, identify kinematic pairs, sketch kinematic diagrams.and calculate mobility. (Answer in spaces provided. Attach separate sheets if needed)...
1) For the two mechanisms below identify the links and the oints. Determine the number of degrees of freedom of each mechanism and explain if their motion is determinate for the inputs shown. Assume both slip and no slip between the cam and the roller. Load Hydraulic cylinder (input) roller Fork input
8) Determine the mobility for each of the mechanism shown. Specify the number of joints and members. Cam Contact Pin in Pin in Pin in 9) Determine which (if either) of the following linkages can be driven by a constant-velocity motor 4.2 2.0 5.0" 2.0" 2.6 4.0 5.2" 2.7" 10) Determine the mobility associated with the mechanism below. The figure is a schematic of the entire linkage for a large power shovel used in strip mining. It can cut into...
Please explain the solution in more detail, our professor just gave us the answers. ple Final-2 [Compatibility Mode] - Word PICTURE TOOLS LAYOUT REFERENCES MAILINGS REVIEWVIEW FORMAT Emphasis 1 Heading 1 1 Heading 2 Paragraph OPEN-BOOK, OPEN-NOTES SoUT/ ow YOUR NAME 1(S0 POINTS) For the following two mechanisms, determine: a. Number of links () (7 points) b. Number of joints 6) (7 points) c. Mobility number (a) (7 points) d. Number of degrees of freedom for each joint (7 points)...