The Slits

is about explaining Young’s Double Slit Experiment, which tried to prove light as a wave, and the results of his experiment. This report is also to inform and explain the modern physics world, and it will accomplish this by explaining Young’s Double Slit Experiment to help understand a small part of the modern physics world. In the modern physics world there are many phenomena that are unexplainable just like Young’s Double Slit Experiment. In Young’s Double Slit Experiment, he wanted to prove whether

verification between 1900 and 1930. One experiment that is known in this field of physics is the double slit experiment. The double-slit experiment is a demonstration that light and matter can display characteristics of both regular defined waves and particles; in addition, it displays the fundamentally probabilistic nature of quantum mechanical occurrence. A simpler form of the double-slit experiment was performed originally by Thomas Young in 1801. He believed it demonstrated that the wave

double slit experiment but before someone can they need to understand how particles and waves act. Let’s imagine you have a gun that shoots marbles at a wall with a slit in it. On the other side of the wall there is another wall with a line in is showing where the marbles hit it. Now let’s imagine the same thing again but with two slits. What happens? Well two lines with show up on the back wall of course because the marbles shoot in one direction and shoot straight through one of the slits and into

particle that manages to pass through the slits and strike the screen. As will be seen, sometime the researcher will open just one slit and other times both slits. The experiment is conducted in stages in order to contrast waves from particles. In the first stage a series of bullets (particles) will be fired toward the barrier with one slit open. As expected a vertical pattern of bullet holes will appear behind slit 1. After opening the second slit and firing another volley, a second vertical

behave like a particle, or does it behave like a wave? Thomas Young found the answer to this in the Double Slit Experiment. Many scientists before Thomas had their own theories, which fell short and never quite explained light to its full potential. This report about Young’s Double Slit Experiment will describe why it was created, how it was tested and the end result. To begin, the Double Slit Experiment was brought about by a man named Thomas Young. Young brought up his idea matching with Isaac Newton’s

1. Introduction: 1.1 Overview The ability to identify an animal by examining its fur is a useful one for taxonomists and biologists. The hair of prey is often not digested by a predator, and so can be found in the predators scat and measured to ascertain its diet (Anwar et al., 2011). An electron microscope can be used to obtain a lot of data from hair, including its width and the shape and texture of its surface, however electron microscopes are expensive and time consuming to operate (Sessions

Discussion: The graph produce a straight line that passes through the origin, with the distance between adjacent maxima ( ) and the inverse of the slit separation producing a having an equation of . This indicates that there is a direct proportionality between and . As the slit separation increased, the distance between adjacent maxima decreased, and as the slit separation decreased, the distance between adjacent maxima increases. The data from this experiment has the relationship , and by using the

meta-analysis. There was significant reduction in the symptoms (SMD -0.49; 95%CI (0.64 to 0.34, P < 0.00001)) and the use of medications (SMD -0.32; 95%CI (0.43 to 0.21, P < 0.00001)). Several systematic reviews (20, 21, 22) have suggested the efficacy of the SLIT in asthma patients, illustrating a reduction in the symptom score and medication requirement score. However these reviews show heterogeneity and variability, because of the small number of studies with few numbers of participants. Therefore further

This discovery proved that the light waves themselves work like waves, equally branching out of both slits and intersecting, creating both light fringes and dark fringes from the same right light source; this discovery proved that light also refracts and spreads like a puddle, thus the refracted fringes rather than edges. This puddle-like behavior also

3 1.3 BACKGROUND¬¬¬¬¬¬¬¬¬¬¬¬ 3 2.0 FINDINGS 4 2.1 SAND-SLIT DRAINS 4 2.2 SAND-FILLED DRAINS 5 2.3 SAND BASED FIELDS