Film review romeo juliet Essays

Film review romeo juliet Essays Film review romeo juliet Essay Film review romeo juliet Essay Film review -Romeo and Juliet This is a review o a film we have seen recently. Its a classical love story written by Shakespeare. In this remake of the play we follow Leonardo Diaspora (Romeo) and Claire Danes Elite). Im going to reflect about the suicide in the end, and how it influences the plot and also how Shakespeare has chosen to convey teen love. What happened (very short summarize)? What happens in the end is that Romeo sees Juliet lying on the big bed surrounded by over a hundred candles. Obviously he thinks she is dead. He says that his life is tot worth living without her by his side. : So he drinks his poison and the same second as he swallows the poison Juliet wakes up. He mentioned this Just a second too late. After theyve kissed for the last time Romeo dies. Juliet takes up the gun that Romeo brought to the church and shoots herself in the head. Analysis: The end is what I thought was the most interesting part of the movie. Thats why Im going to explain and develop my thoughts about teen love. I do not think the suicidal impulse is a separate issue. I Just think its a way to convey the young love in a very throng way. If you compare to many other movies they convey young love in a different way, by a happy ending. The thing is that it doesnt give as much effect as it does in this movie. You get a much bigger sympathy for the actors and its also much easier to understand how strong their attraction to each other is. Many times teen love can be even stronger than love between adults. This is because adults may have been hurt a few times before and therefore know how it is to be heartbroken. This may cause that adults do fear to fall in love. In Robins song Indestructible she sings Im goanna love you like Vive never been hurt before. This is a very good quote which I think define, how I would describe teen love. Teens can fall in love very fast, and they can also proceed, because they have no limits how enamored they can get, and as I said, they may not know how it is to be hurt. This is what I think Shakespeare is trying (and also succeed) to convey to us readers. He put this feeling into words, he explains through the story how this young love is something that people, who has never been hurt before, can die for. And not to forget what this story is all about, forbidden love. This shows that young love is not Just something to die for. Both Romeo and Juliet are ready to deceive their families because of this. This meaner that Shakespeare seems to think that this young love is something to both deceive your family and die for, which I think is a very good explanation to make people understand this phenomenon. As you may have mentioned, I dont think that this is irrelevant to the plot. Id rather say that this is the plot. These are my thoughts and reflections of the newly produced film and worldwide known story about RomeoJuliet. film review Romeo Juliet By overoptimistic

Orbital Definition and Example

Orbital Definition and Example Orbital Definition In chemistry and quantum mechanics, an orbital is a mathematical function that describes the wave-like behavior of an electron, electron pair, or (less commonly) nucleons. An orbital may also be called an atomic orbital or electron orbital. Although most people think of an orbit regarding a circle, the probability density regions that may contain an electron may be spherical, dumbbell-shaped, or more complicated three-dimensional forms. The purpose of the mathematical function is to map the probability of the location of an electron in a region around (or theoretically inside) an atomic nucleus. An orbital may refer to an  Ã¢â‚¬â€¹electron cloud having an energy state described by given values of the n, â„“, and mâ„“ quantum numbers. Every electron is described by a unique set of quantum numbers. An orbital can contain two electrons with paired spins and is often associated with a specific region of an atom. The s orbital, p orbital, d orbital, and f orbital refer to orbitals that have an angular momentum quantum number  Ã¢â€žâ€œÃ‚   0, 1, 2, and 3, respectively. The letters s, p, d, and f come from the descriptions of alkali metal spectroscopy lines as appearing sharp, principal, diffuse, or fundamental. After s, p, d, and f, orbital names beyond  Ã¢â€žâ€œÃ‚  Ã‚  3 are alphabetical (g, h, i, k, ...). The letter j is omitted because it isnt different from i in all languages. Orbital Examples The 1s2 orbital contains two electrons. It is the lowest energy level (n 1), with an angular momentum quantum number â„“ 0. The electrons in the 2px orbital of an atom are generally found within a dumbbell-shaped cloud about the x-axis. Properties of Electrons in Orbitals Electrons display wave-particle duality, which means they exhibit some properties of particles and some characteristics of waves. Particle  Properties Electrons have particle-like properties. For example, a single electron has a -1 electrical charge.There are an integer number of electrons around an atomic nucleus.Electrons move between orbitals like particles. For example, if a photon of light is absorbed by an atom, only a single electron changes energy levels. Wave Properties At the same time, electrons behave like waves. Although its common to think of electrons as individual solid particles, in many ways they are more like a photon of light.Its not possible to pinpoint the location of an electron, only describe the probability of finding one within a region described by a wave function.Electrons dont orbit the nucleus like Earth orbits the Sun. The orbit is a standing wave, with the energy levels like harmonics on vibrating string. An electrons lowest energy level is like the fundamental frequency of a vibrating string, while higher energy levels are like harmonics. The region that might contain an electron is more like a cloud or atmosphere, except a spherical probability only applies when an atom only has a single electron! Orbitals and the Atomic Nucleus Although discussions about orbitals almost always refer to electrons, there are also energy levels and orbitals in the nucleus. The different orbitals give rise to nuclear isomers and metastable states.