what is the degree of freedom in the following mechanisms ? is the actual degree
ID: 1850468 • Letter: W
Question
what is the degree of freedom in the following mechanisms ? is the actual degree of freedom equal to the " equation " degree of freedom ?
please solve the two mechanisms and fill in this table for both of them , do not rush in answering because i wont rate it if its just a simple answer of the degree of freedom , i am interesting in knowing the number of links in both mechanisms, for example , as well .
what is the degree of freedom in the following mechanisms ? is the actual degree of freedom equal to the equation degree of freedom ? please solve the two mechanisms and fill in this table for both of them , do not rush in answering because i wont rate it if its just a simple answer of the degree of freedom , i am interesting in knowing the number of links in both mechanisms, for example , as well .Explanation / Answer
From Gruebler's equation. F = 3(n-1)-2l-h F = total degrees of freedom in the mechanism n = number of links (including the frame) l = number of lower pairs (one degree of freedom) h = number of higher pairs (two degrees of freedom)
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