The setting of Alice Walker's short story "Everyday Use" is a rural farm in the southern United States in the late 20th century. The story is set in the present day, as the characters in the story use modern conveniences such as a car and a television.
The farm itself is described as a simple and modest place, with a dirt yard and a house that is "square as a box" with a "shaky porch". The house is described as being old and not well-maintained, with patches on the roof and a chimney that is "wobbly as a loose tooth". Despite its rough appearance, the house is a place of great importance to the main character, Mama, as it holds many memories and represents her family's history.
The surrounding landscape is also described as being rural and simple, with fields of cotton and a cow pasture. There is a sense of isolation in the setting, as the farm is described as being "off the main road" and "not easily visible". This isolation may be a metaphor for the characters' feelings of disconnection from their cultural heritage, as they live in a world that is largely influenced by white culture.
The setting of the story plays a significant role in the themes and conflicts of the story. The simple and modest farm represents Mama's values and her connection to her roots, while the city and its modern conveniences represent the outside world and the influence of white culture. The conflict between these two worlds is central to the story, as Mama struggles to reconcile her love for her daughter, Dee, with Dee's desire to distance herself from her family's history and traditions.
Overall, the setting of "Everyday Use" serves as a backdrop for the themes of family, heritage, and cultural identity that are explored in the story. It is a place of great importance to the characters and serves as a metaphor for the struggles and tensions that exist within their relationships and their sense of self.
What are the main theories of the kinetic molecular theory of gases?
Why is KMT important in understanding gases? As the gas molecule approaches another molecule it can collide with the other molecule. Which set of conditions are true for ideal gas conditions using the kinetic molecular theory? Differences that are distinct between ideal gases and real gases may be regarded most clearly when the pressure will be high, these gas molecules are large, the temperature is low, and when the gas molecules excerpt strong attractive forces. The reason we use the KMT, despite gases not perfectly following it in real life, is because it helps us understand and describe the behaviour of gases. The probable speed shows the largest number of molecules with that speed. At any point in time some molecules are moving real fast, others slow, and some may in fact be in the middle of a collision at are not moving at all, but changing the direction that they are moving in. There are three main assumption of kinetic theory: i No energy is gained or lost when molecules collide. Helium balloons also experience expansion and contraction with change in surrounding temperature.
What are the 5 assumptions of the kinetic theory of gases?
Kinetic Molecular Theory — Definition The Kinetic Molecular Theory aims to explain the behavior of gases. Particulate to Macroscopic Transformations The postulates of KMT define the behavior of the particles of the gas, but the gas laws are empirical laws, in that they are derived from experimental measurements, which are not at the particulate molecular level. Increase in temperature increases the kinetic energy of the molecules. The ideal gas law assumes that gases behave ideally, meaning they adhere to the following characteristics: 1 the collisions occurring between molecules are elastic and their motion is frictionless, meaning that the molecules do not lose energy; 2 the total volume of the individual molecules is magnitudes smaller … What does the molecular theory explain? The average kinetic energy of a collection of gas particles is directly proportional to absolute temperature only. What is the importance of the kinetic molecular theory of gases? But, what does it mean to behave according to this theory? All the gas particles in a sample have the same velocity Is not an assumption of the kinetic-molecular theory. Analysis of a gas when its temperature increases according to kinetic theory: The temperature has increased therefore the molecules have more kinetic energy, so they move with a greater velocity. This model is used to describe the behavior of gases.
