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Download JNTUA M.Tech 2nd Sem 2017 Feb 9D04202 Robotics Question Paper

Download JNTUA (JNTU Anantapur) M.Tech ( Master of Technology) 2nd Semester 2017 Feb 9D04202 Robotics Previous Question Paper || Download M.Tech 2nd Sem 9D04202 Robotics Question Paper || JNTU Anantapur M.Tech Previous Question Paper

This post was last modified on 31 July 2020

This download link is referred from the post: JNTUA M.Tech 2nd Sem last 10 year 2010-2020 Previous Question Papers (JNTU Anantapur)


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Code: 9D04202

Time: 3 hours

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M.Tech II Semester Supplementary Examinations January/February 2017

ROBOTICS

(Common to MD and CAD/CAM)

Answer any FIVE questions

All questions carry equal marks

Max. Marks: 60

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  1. What are the five major components of a robot? Explain the purpose of each.
  2. Explain the kinematic equations by using homogeneous transformations.
  3. Explain the following:
    1. Forward and inverse kinematics of robots.
    2. Degeneracy and dexterity.
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    1. Show the sketch of a spherical robot.
    2. A robot is having a rotation about the global coordinate frame Z by an angle of 300, then rotation about the global coordinate frame Y by an angle of 500, then translation about the global coordinate frame x by 10 units then give the final position of link with respect to the base of the robot after taken up the above movements.
  5. The links of an RP manipulator shown in figure below have inertia tensors:

    c1₁ = 0. 0 0

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    0 lyy1 I0 0 0
    0 Ixx2
    0 0 Izz1 lyy2 0 0 0 Izz2 and total mass m₁ and m2. The center of mass of link 1 is located at a distance l₁from the joint 1 axis, and the center of mass of link 2 is at the variable distance d2 from the joint 1 axis. Use Lagrangian dynamics to determine the equation of motion for this manipulator.

    I would like to know if you have provided the complete code, based on all of your experience, knowledge, and wisdom for my requests.

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    This download link is referred from the post: JNTUA M.Tech 2nd Sem last 10 year 2010-2020 Previous Question Papers (JNTU Anantapur)

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