Question

Question No. 8
For the narrow wave packet of a particle
O Position can be determined more accurately
Momentum can be determined more accurately
O Wavelength can be determined
O Energy can be determined more accurately
milli​

Answer 1

Answer:

wavelength can be determined

Answer 2

Answer:

The answer is Wavelength can be determined

Explanation:

In classical physics, reading the conduct of a bodily device is mostly a simple venture because of the reality that several physical qualities can be measured simultaneously. but, this opportunity is absent in the quantum world. In 1927 the German physicist Werner Heisenberg defined such boundaries because the Heisenberg Uncertainty principle, or sincerely the Uncertainty precept, declaring that it isn't possible to degree each the momentum and function of a particle simultaneously.

The Heisenberg Uncertainty precept is a fundamental theory in quantum mechanics that defines why a scientist cannot measure multiple quantum variables concurrently. until the dawn of quantum mechanics, it turned into held as a fact that all variables of an object might be recognized to exact precision simultaneously for a given moment. Newtonian physics placed no limits on how higher procedures and strategies ought to reduce dimension uncertainty so that it turned into potential that with right care and accuracy all facts can be described. Heisenberg made the ambitious proposition that there may be a lower restrict to this precision making our understanding of a particle inherently uncertain.

it is truly disquieting to suppose which you cannot are expecting precisely where an man or woman particle will pass, or maybe observe it to its destination. let us discover what happens if we attempt to follow a particle. keep in mind the double-slit styles obtained for electrons and photons .The interference styles increase statistically as person debris fall at the detector. this may be located for photons or electrons—for now, allow us to focus on electrons. You may think that the electrons are interfering with one another as any waves do. to test this, you can decrease the intensity until there is in no way a couple of electron between the slits and the display.

For the narrow wave packet of a particle

O Position can be determined more accurately

Momentum can be determined more accurately

O Wavelength can be determined

O Energy can be determined more accurately milli​

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For the narrow wave packet of a particle

https://brainly.in/question/50569958?msp_srt_exp=4

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