A block of mass `m` is attached to a spring of force constant k .Charges on the block is `q`. A horizontal electric field E is acting in the directions as shown.Block is released with the spring in unstretched position (a) block will execute `SHM` (b) time period of osciallation is `2pisqrt(m)/(k)` (c) amplitude of oscillation is `(qE)/(k)` (d) Block will oscillate but not simple harmonically choose the correct answerA. Block will execute SHMB. Time period of oscillation is `2pi sqrt((m)/(k))`C. Amplitude of oscillation is `(qE)/(k)`D. Block will oscillate but not simple harmonically.

A block of mass `m` is attached to a spring of force constant k .Charg

1.	A block of mass `m` is attached to a spring of force constant k .Charges on the block is `q`. A horizontal electric field E is acting in the directions as shown.Block is released with the spring in unstretched position (a) block will execute `SHM` (b) time period of osciallation is `2pisqrt(m)/(k)` (c) amplitude of oscillation is `(qE)/(k)` (d) Block will oscillate but not simple harmonically choose the correct answerA. Block will execute SHMB. Time period of oscillation is `2pi sqrt((m)/(k))`C. Amplitude of oscillation is `(qE)/(k)`D. Block will oscillate but not simple harmonically.
Answer» Correct Answer - A::B::C

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