Observation of Sub-Atomic Particles - 742 Words

1. A) Part of the wave might penetrate it or it might not. This would be random and would depend on the energy of the electron attempting to penetrate. B) The pattern that initially seemed random would begin to acquire uniformity. Half of the electrons would transmit and half would reflect and go back. Each of the electrons that transmitted would carry its complete charge and mass. C) One cannot say where the electron really is, whether a given electron will transmit or reflect. It is only possible to state the probability of electrons actions. For example, one may say that the probability is one in five that the electron will transmit and four out of five that it will be reflected back. D) Some physicists find the result difficult to accept because they perceive it as what Einstein called â€Å"God playing dice with the universe†. The unpredictability inherent with this result and the fact that it seems to contradict both Newtonian physics as well as reality, make it a less than ideal paradigm for many physicists. E) David Hume would have vehemently objected to my answer on part C). Hume’s word view was largely based on the belief that, to understand events in the universe, we must look to their cause. This casual link is, therefore, disrupted under the conditions witnessed in the aforementioned experiment, as we can see a cause but the result side of the chain is unknown. 2. A) Some Greek scientists based their opinion that the space between the earth and the planets andShow MoreRelatedMicroscopy Has Long Been Proven Fundamental?1494 Words   |  6 Pagesresolution power to near-atomic details. 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He was overridden around 350 BC by the more popular Aristotle (another Greek philosopher)Read MoreExperimental Methods For Measure The Contact Angle Of Particles At Fluid Interfaces1424 Words   |  6 PagesMethods to Measure the Contact Angle of Particles at Fluid Interfaces Name: Caiyi Mai Student Number: 250821954 Department: Chemical and Biochemical Engineering â€Æ' Abstract Wettability of the particles plays an important role and is reflected by the three-phase contact angle, ÃŽ ¸. However, the contact angle is frequently neglected in the studies. This mini review focused on the experimental methods that use to measure the contact angle of particles at fluid interface. The methods includesRead MoreQuantum Mechanics and Islam Essay1602 Words   |  7 Pages Introduction Quantum mechanics or also known as quantum physics is a field of science which studies the behaviour of particles at sub-atomic level. 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The more precisely one property is measured, the less precisely the other can be controlled, determined, or known.† The idea behind this is that, in quantum physics (which is basically the study of particles of matter and energy) we cannot study and know two things (like two sub-atomic particles that are constantly moving) at once because they are moving too fastRead MorePhysics : Physics Of Physics2822 Words   |  12 Pagesn the early 20 th century it was discovered that particle such as the electron could be in two locations simultaneously . The behaviour of these particles is governed by quantum mechanics, a set of outlandish physical laws. Laws that allow these particles to be in an infinite number of states at a time, allowing them to be be in an infinite number of locations with an infinite range of characteristics simultaneously. However, can this observed behaviour be applied to actual people? 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While studying and understanding theories regarding sub-atomic particles, which are practically invisible, such as the VSEPR theory or the theory of hybridization, I don’t question the strength of the theory itself as it is a result of extensive research and has overcome the challenges posed by many to prove them