Comparison of two works in Museum of Modern Art Term Paper

Comparison of two works in Museum of Modern Art - Term Paper Example The paper "Comparison of two works in Museum of Modern Art" compares Fernand Leger’s "Woman With a Book" with Meret Oppenheim’s "Red Head, Blue Body". Painters use the techniques they employ in their paintings and the features of the society they portray in the same. The discussion below therefore analyses features of two paintings developed in different times with the painters employing particular techniques in ensuring the efficacy of the artifacts. Woman With a Book painted by Fernand Leger in 1923 and Red Head, Blue Body painted by Meret Oppenheim in 1936 have fundamental differences and similarities that help portray the social, cultural and technological development in the art within the decade that separates them as the discussion below portrays. Just as the name suggests, Woman With a Book, is an artistic oil on canvas painting of a woman holding a book. The painting depicts the painter’s artistic intuition and urge to create a new style in painting there by debuting the mechanical age. In the painting, Fernand Leger portrays his artistic skills as he employs particular elements in developing the painting. He employs such elements as appropriate shapes and colors thereby developing effective foreground, middle ground and background in his artifacts. These enhance his communication as he envisioned the final artifact. The choice to use oil on canvas is appropriate, as it has contributed to the longevity of the painting in the museum. Oil on canvas was a major discovery in the early years of art.

Annotated Bibliography Example | Topics and Well Written Essays - 750 words - 17

Annotated Bibliography Example Though the power coefficient of some of these turbines may be relatively low, they also work under low-quality winds. The writer claims that air flow approaching a wind turbine slows down by creating a low- pressure region behind the turbine. This pressure difference between the two sides of the propeller blades reduces the efficiency of doing work and increases the cost of wind power generation. Following to such loss a wing structure placed at a distance around the turbine is used to increase the power of the wind turbine by a factor of 2.0. The propeller is tightly fitted onto the inner shroud without leaving space between the tips of the propeller blades and the shroud. This method of improving wind turbine efficiency reduces the cost of generating wind power. These authors believe that the use of mantle’s nozzle which can be regulated can generate more quantities of electric power in wind turbine. The nozzle that is aerodynamically shaped ring induces a centrifugal force in the wind stream thus replacing free air stream with a concentrated stream of air. As a result, higher mass of air flows and velocity of this air behind the rotor reduced giving a higher energy output from the wind turbine in the nozzle. This increases the profit and reduces the cost of generating wind power. Though speed variation will increase, the concentration factor fc=2.5, it becomes inconvenient to work with wind at speeds exceeding the rated one. It is for this reason that control blades are installed on the frame side to let the excess air bypass the turbine rotor. This is however an additional cost and weight whose effects are adverse as well. These experts argue that steering aero foils are used to increase the rotational speed of wind blades. They are fixed surrounding the wind blades at an optimum distance whereby the angle of inclination can be valid. By adjusting the length and the angle of tilt, the rate can be