Q. What is the statistical formula of degree of freedom? (where “df” represents degree of freedom and “n” represents the number of values in the sample set)

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Q. What is the degree of freedom of a system, that has 5 variables and only 2 equations are known?

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Q. Degree of freedom can be found out by subtracting number of equations from number of variables.

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Q. The degree of freedom of all the gases is same.

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Q. How many degrees of freedom are present in a bionic arm?

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Q. What will be the degree of freedom for two given independent samples whose sizes are N1 and N2 respectively?

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Q. What is the degree of freedom of mono-atomic gases?

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Q. What is the degree of freedom of a system, that has 5 variables and only 3 equations are known?

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Q. What is the degree of freedom of a system, that has 5 variables and only 4 equations are known?

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Q. What is the degree of freedom of di-atomic gases?

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Q. What is the degree of freedom of tri-atomic gases?

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Q. What is the degree of freedom of Ozone?

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Q. What is the degree of freedom of Oxygen molecule?

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Q. Which Equation can be used to determine the “degree of freedom” of a system?

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Q. Which combination of pairs forms compound joints?

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Q. Which kinematics is used to calculate the joint parameter which will be used to place at the end of the kinematic chain?

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Q. Which kinematics is used to calculate the position of end-effector from some specified values?

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Q. Gruebler’s equation can be used to determine degree of freedom of non planar linkages.

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Q. Cam joint is a lower pair.

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Q. Hinge joint is an example of higher pair.

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