How to Find Motion Equations for Robotics Tutorial with Given Variables?

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The discussion focuses on deriving motion equations for robotics using given variables and matrices. The equations involve parameters such as mass (M1, M2, M3, M4) and their relationships with variables like velocity (v) and acceleration (a). The objective is to find a function ψ(q, q., v, a) that satisfies the equation ψ(q, q., v, a)P = τ, where P represents the mass vector. The matrix form of the equations illustrates the complex interactions between these variables. Understanding these relationships is crucial for solving the motion equations in robotics applications.
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P = [M1,M2,M3,M4]T , find ψ(q,q. ,v,a) such that ψ(q,q. ,v,a)P = τ
Where v = [v1 v2] T , a = [a1 a2] T , q = [q1 q2] T, q. = [q.1 q.2] T
 
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anyone can help to solve?
 
sorry the problem is like this:


For the following motion equations become
|M1+2M2C2 2/3M2 + M2C2 | |-M2 s2 q.2 -M2 s2 (q.1 + q.2)| |M3 c1+ M4 c12+ 2M4 c1|
|2/3M2 +M2C2 2/3M2 |a + |-M2 s2 q.2 0 | v +| M4 c12 | =τ

P = [M1,M2,M3,M4]T , find ψ(q,q. ,v,a) such that ψ(q,q. ,v,a)P = τ
Where v = [v1 v2] T , a = [a1 a2] T , q = [q1 q2] T, q. = [q.1 q.2] T


note: first paragraph is matrix form
 

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