3-page double-spaced paper (~900 words). Write a comparative analysi.docx

•Transferir como DOCX, PDF•

0 gostou•5 visualizações

3-page double-spaced paper (~900 words). Write a comparative analysis of two works of art This paper should begin with a visual analysis of two individual pieces and, thus, will act as an expansion of your previous assignment. You must provide an evaluation of relevant similarities and differences between the pieces. Please consider the context of the artwork, such as the historic time when it was created, the purpose and function of the work, the artist's style, the artistic period, the significance of the comparison, and anything else that you feel is relevant. Also, you may want to think about how the curatorship has impacted your experience and interpretation of the works on display. the one is Port of Le Havre by Claude Monet and another one is Mermaid by Edvard Munch Picture are in attchments .

Mais conteúdo relacionado

Mais de vickeryr87

COLLEGE PHYSICS LAB REPORT STUDENTS NAME ANALYSIS OF A BUBBLE CHAMBER PICTURE SUPERVISED BY: 19/05/2020 1. Introduction A bubble chamber is a vessel filled with a superheated transparent liquid (most often liquid hydrogen) used to detect electrically charged particles moving through it. It was invented in 1952 by Donald A. Glaser, for which he was awarded the 1960 Nobel Prize in Physics. A convenient way to study the properties of the fundamental subatomic particles is through observation of their bubble trails, or tracks, in a bubble chamber. Using measurements made directly on a bubble chamber photograph, we can often identify the particles from their tracks and calculate their masses and other properties. In a typical experiment, a beam of a particular type of particle is sent from an accelerator into a bubble chamber, which is a large liquid-filled vessel. To simplify the analysis of the data, the liquid used is often hydrogen, the simplest element. The use of liquid hydrogen, while it simplifies the analysis, complicates the experiment itself, since hydrogen, a gas at room temperature, liquefies only when cooled to -246◦C. For charged particles to leave tracks in passing through the chamber, the liquid must be in a “super-heated” state, in which the slightest disturbance causes boiling to occur. In practice, this is accomplished by expanding the vapor above the liquid with a piston a few thousandths of a second before the particles enter the chamber. 2. Methods 2.1 Materials needed: 1. student worksheet per student 2. Ruler 3. Scissors 4. Glue stick 5. Pocket calculator 2.2 Procedures 2.2.1 Calculation of the X Particle’s Mass. Make measurements on each of the photographs. In particular, for each of the circled events measure these four quantities: · `Σ - The length of the Σ track, · θ - the angle between the Σ− and π− track, · s - the sagitta of the π− track, · `π - The chord length of the π− track. Your values for the event should be close to those given in the sample input. Run the program using each set of measurements, and tabulate the computed X0 mass from each event. Compute an average of the calculated masses and find the average deviation, expressing your result as Mx ±∆Mx. Compare your final result with some known neutral particles listed below and identify the X0 particle based on this comparison. Particlemass (in MeV/c2) π0 135 K0 498 n 940 Λ0 1116 Σ0 1192 Ξ0 1315 2.2.2 Determination of the Angle θ. The angle θ between the π− and Σ− momentum vectors can be determined by drawing tangents to the π− and Σ− tracks at the point of the Σ− decay. We can then measure the angle between the tangents using a protractor. We can show.

COLLEGEPHYSICS LAB REPORTSTUDENTS NAME.docx

3-page double-spaced paper (~900 words). Write a comparative analysi.docx

Recomendados

Recomendados

Mais conteúdo relacionado

Mais de vickeryr87

Mais de vickeryr87 (20)

Último

Último (20)

3-page double-spaced paper (~900 words). Write a comparative analysi.docx