In the previous question , if the conductor has a charge per unit length `lambda` , the particle has mass `m` and charge `q` then (choose the correct option)A. `v prop sqrt(q)`B. `v prop sqrt(lambda)`C. `v prop sqrt(m)`D. `v prop (1)/(sqrt(m))`

In the previous question , if the conductor has a charge per unit leng

1.	In the previous question , if the conductor has a charge per unit length `lambda` , the particle has mass `m` and charge `q` then (choose the correct option)A. `v prop sqrt(q)`B. `v prop sqrt(lambda)`C. `v prop sqrt(m)`D. `v prop (1)/(sqrt(m))`
Answer» Correct Answer - 3 `v prop sqrt(q) , v prop sqrt(lambda) , v prop (1)/(sqrt(m))`

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In the previous question , if the conductor has a charge per unit length `lambda` , the particle has mass `m` and charge `q` then (choose the correct option)A. `v prop sqrt(q)`B. `v prop sqrt(lambda)`C. `v prop sqrt(m)`D. `v prop (1)/(sqrt(m))`

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