Your are given the following group of particles, `n_(i)` represents the number of molecules with speed `v_(i)` `(P_(2))/(P_(1))=(m_(2))/(m_(1)) : (p_(2))/(76)=(m_(1)+(50)/(100)m_(1))/(m_(1))=(3)/(2)` calculate (i) average speed (ii) rms speed (iii) most probable speed.

Your are given the following group of particles, `n_(i)` represents th

1.	Your are given the following group of particles, `n_(i)` represents the number of molecules with speed `v_(i)` `(P_(2))/(P_(1))=(m_(2))/(m_(1)) : (p_(2))/(76)=(m_(1)+(50)/(100)m_(1))/(m_(1))=(3)/(2)` calculate (i) average speed (ii) rms speed (iii) most probable speed.
Answer» `v_(ang)=(n_(1)v_(1)+n_(2)v_(2)+n_(3)v_(3)+n_(4)v_(4)+n_(5)v_(5))/((n_(1)+n_(2)+n_(3)+n_(4)+n_(5)))` `=((2xx1)+(4xx2)+(8xx3)+(6xx4)+(3xx5))/((2+4+8+6+3))` `=(73)/(23)=3.17ms^(-1)` (ii) root mean square speed is `v_(rms)=((n_(1)v_(1)^(2)+n_(2)v_(2)^(2)+n_(3)v_(3)^(2)+n_(5)v_(5)^(2))/(2+4+8+6+3))^(1//2` `=3.36 ms^(-1)` (iii) By definition, most probable speed `=3.0ms(-1)`.

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Your are given the following group of particles, `n_(i)` represents the number of molecules with speed `v_(i)` `(P_(2))/(P_(1))=(m_(2))/(m_(1)) : (p_(2))/(76)=(m_(1)+(50)/(100)m_(1))/(m_(1))=(3)/(2)` calculate (i) average speed (ii) rms speed (iii) most probable speed.

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