11. As limited by the Heisenberg's uncertainty principle the precision in the determination of particle's position would provide the same precision in the determination of particle's momentum. the least time measurement of energy transition would give exact energy for that transition. the more precisely a particle's position cai be specified, the broader measurement of values could be obtained for momentum. two simultaneous measurements will always provide undefined values.
11. As limited by the Heisenberg's uncertainty principle the precision in the determination of particle's position would provide the same precision in the determination of particle's momentum. the least time measurement of energy transition would give exact energy for that transition. the more precisely a particle's position cai be specified, the broader measurement of values could be obtained for momentum. two simultaneous measurements will always provide undefined values.
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Transcribed Image Text:11. As limited by the Heisenberg's uncertainty
principle
the precision in the determination of
particle's position would provide the same
precision in the determination of particle's
momentum.
the least time measurement of energy
transition would give exact energy for thal
transition.
the more precisely a particle's position cal
be specified, the broader measurement of
values could be obtained for momentum.
two simultaneous measurements will
always provide undefined values.
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