Hiesenberg.s uricertainty principle states that it is impossible to determine simultaneously the position and momentum of a particle. He considered the limits of how precisely we can measure properties of an e^- (or)other microscopic particles like electron. The more accurately we measure the momentum of a particle, less accurately we can determine its position. If uncertainty in measurement of position and momentuin are equal calculate the uncertainty in velocity

Hiesenberg.s uricertainty principle states that it is impossible to de

1.	Hiesenberg.s uricertainty principle states that it is impossible to determine simultaneously the position and momentum of a particle. He considered the limits of how precisely we can measure properties of an e^- (or)other microscopic particles like electron. The more accurately we measure the momentum of a particle, less accurately we can determine its position. If uncertainty in measurement of position and momentuin are equal calculate the uncertainty in velocity
Answer» `(Deltap)/(m)` `(m)/(Delta p)` `mDeltap` `1/(m Delta p)` SOLUTION :`Delta X= Delta p = SQRT((H)/(4pi)) and Delta v = (Deltap)/(m)`