- B For A Two Link Planar Arm As Shown In Figure 2 Derive Its Forward Kinematics To Determine The Location At Centre Of 1 (111 KiB) Viewed 63 times
b. For a two-link planar arm as shown in Figure 2, derive its forward kinematics to determine the location at centre of
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b. For a two-link planar arm as shown in Figure 2, derive its forward kinematics to determine the location at centre of
b. For a two-link planar arm as shown in Figure 2, derive its forward kinematics to determine the location at centre of the grind wheel. Provide a proof of your answer using the Denavit-Hartenberg approach. Henceforth obtain the position and orientation of the centre of grind wheel with respect to the first joint. Assuming that the grind wheel is rotated about z axis, what will be the orientation of the wheel if the grind wheel is rotated about x and y axes? (7 marks) work specimen grind wheel L: length of link m: mass of link 0: joint angle L2 link 2 02 /m2 Fn 1 Ft L1 Ink 1 joint 2 m1 LO grind wheel 01 joint 1 Figure 2
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