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Q1. RRR with no offset configuration. a. Let a? = 3 and a? = 5, d? = 2, obtain the possible values of $\theta_1$, $\theta_2$ and $\theta_3$ for point (7.5,1.95, 1.8). Compute with geometry approach and using Atan2 function. b. After obtained the variables, check with FK from your above answer. Ans: a. State all equations for 3 variables for normal condition: Write down answers for 3 variables for normal condition: State all equations for 3 variables for reverse condition: Write down answers for 3 variables for reverse condition: b. State DH parameters by table : Find T03 transformation data for normal condition : Find Pend position for normal condition : Find T03 transformation data for reverse condition : Find Pend position for reverse condition :

          Q1. RRR with no offset configuration.
a. Let a? = 3 and a? = 5, d? = 2, obtain the possible values of $\theta_1$, $\theta_2$ and $\theta_3$ for point
(7.5,1.95, 1.8). Compute with geometry approach and using Atan2 function.
b. After obtained the variables, check with FK from your above answer.
Ans:
a. State all equations for 3 variables for normal condition:
Write down answers for 3 variables for normal condition:
State all equations for 3 variables for reverse condition:
Write down answers for 3 variables for reverse condition:
b. State DH parameters by table :
Find T03 transformation data for normal condition :
Find Pend position for normal condition :
Find T03 transformation data for reverse condition :
Find Pend position for reverse condition :

Show more…

Q1. RRR with no offset configuration.
a. Let a? = 3 and a? = 5, d? = 2, obtain the possible values of θ1, θ2 and θ3 for point
(7.5,1.95, 1.8). Compute with geometry approach and using Atan2 function.
b. After obtained the variables, check with FK from your above answer.
Ans:
a. State all equations for 3 variables for normal condition:
Write down answers for 3 variables for normal condition:
State all equations for 3 variables for reverse condition:
Write down answers for 3 variables for reverse condition:
b. State DH parameters by table :
Find T03 transformation data for normal condition :
Find Pend position for normal condition :
Find T03 transformation data for reverse condition :
Find Pend position for reverse condition :

Added by Alejandro K.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

12/07/2022

Step 1

Step 1: Equations for 3 variables for normal condition: For the normal condition, the equations for the RRR robot without offset configuration are: x = d1*cos(theta1) + a2*cos(theta1 + theta2) + a3*cos(theta1 + theta2 + theta3) y = d1*sin(theta1) + a2*sin(theta1 + Show more…

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Q1. RRR with no offset configuration.\na. Let \\alpha _(2)=3 and \\alpha _(3)=5,d_(1)=2, obtain the possible values of \\theta _(1),\\theta _(2) and \\theta _(3) for point (7.5,1.95,1.8). Compute with geometry approach and using Atan2 function.\nb. After obtained the variables, check with FK from your above answer.\nAns:\na. State all equations for 3 variables for normal condition:\nWrite down answers for 3 variables for normal condition:\nState all equations for 3 variables for reverse condition:\nWrite down answers for 3 variables for reverse condition:\nb. State DH parameters by table :\nFind T03 transformation data for normal condition :\nFind Pend position for normal condition :\nFind T03 transformation data for reverse condition :\nFind Pend position for reverse condition : O1.RRR with no offset configuration a.Let,=3 and =5,d,=2,obtain the possible values of 0,0,and 0for point (7.5,1.95, 1.8). Compute with geometry approach and using Atan2 function. d1 Ye Yo b.After obtained the variables,check with FK from your above answer Ans: a. State all equations for 3 variables for normal condition Write down answers for 3 variables for normal condition State all equations for 3 variables for reverse condition: Write down answers for 3 variables for reverse condition b. State DH parameters by table : Find T03 transformation data for normal condition : Find Pend position for normal condition Find T03 transformation data for reverse condition : Find Pend position for reverse condition:

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