Friday, March 20, 2020

gender differences1 essays

gender differences1 essays A baby is born and the doctor looks at the proud parents and says three simple words: Its a boy, or Its a girl! Before a newborn child even takes his or her first breath of life outside the mothers womb, he or she is distinguishable and characterized by gender. The baby is brought home and dressed in clothes that help friends, family, and even strangers identify the sex of the child. Baby boys are dressed in blue and baby girls are dressed in pink. The baby boy may be dressed in a blue jumpsuit with a football or a baseball glove on it. The baby girl may wear a bow in her hair and flowered pajamas. As the boy begins to grow, he is given a miniature basketball and a hoop to play with. The girl is given dolls and doll clothing to dress them up in. Even going further, eventually the boy may play with Legos and Lincoln Logs while the girl gets a Play School oven and a plastic tea set with which to play house. Sounds pretty normal, right? The Sociologists have developed a theory which describes the way in which individuals represent themselves to society. This theory is called the social construction of self. By self, we mean the capacity to represent oneself what one wished to communicate to others. The theory is says that the self is produced or constructed through interactions with other people over a lifetime (Kornblum, 128). When relating this theory to gender roles, people act in a certain way to give an impression to society. For example, girls wear pink to let society know that they are female. This is the gender that they wish to communicate to society because that is what is deemed to be There are many agents of socialization that influence the socialization of gender. These agents include family, schools, community, peer groups and the mass media (Kornblum 136). As discussed earlier, from the moment a baby is born, their...

Wednesday, March 4, 2020

Inorganic Chemistry Definition and Introduction

Inorganic Chemistry Definition and Introduction Inorganic chemistry is defined as the study of the chemistry of materials from non-biological origins. Typically, this refers to materials not containing carbon-hydrogen bonds, including metals, salts, and minerals. Inorganic chemistry is used to study and develop catalysts, coatings, fuels, surfactants, materials, superconductors, and drugs.  Important chemical reactions in inorganic chemistry include double displacement reactions, acid-base reactions, and redox reactions. In contrast, chemistry of compounds that contain C-H bonds is called organic chemistry. The organometallic compounds overlap both organic and inorganic chemistry. Organometallic compounds typically include a metal directly bonded to a carbon atom. The first man-made inorganic compound of commercial significance to be synthesized was ammonium nitrate. Ammonium nitrate was made using the Haber process, for use as a soil fertilizer. Properties of Inorganic Compounds Because the class of inorganic compounds is vast, its difficult to generalize their properties. However, many inorganics are ionic compounds, containing cations and anions joined by ionic bonds. Classes of these salts include oxide, halides, sulfates, and carbonates. Another way to classify inorganic compounds is as main group compounds, coordination compounds, transition metal compounds, cluster compounds, organometallic compounds, solid state compounds, and bioinorganic compounds. Many inorganic compounds are poor electrical and thermal conductors as solids, have high melting points, and readily assume crystalline structures. Some are soluble in water, while others are not. Usually the positive and negative electrical charges balance out to form neutral compounds. Inorganic chemicals are common in nature as minerals and electrolytes. What Inorganic Chemists Do Inorganic chemists are found in a wide variety of fields. They may study materials, learn ways to synthesize them, develop practical applications and products, teach, and reduce the environmental impact of inorganic compounds. Examples of industries that hire inorganic chemists include government agencies, mines, electronics companies, and chemical companies. Closely related disciplines include materials science and physics. Becoming an inorganic chemist generally involves gaining a graduate degree (Masters or Doctorate). Most inorganic chemists pursue a degree in chemistry in college. Companies That Hire Inorganic Chemists An example of a government agency that hires inorganic chemists is the U.S. Environmental Protection Agency (EPA). The Dow Chemical Company, DuPont, Albemarle, and Celanese are companies that use inorganic chemistry to develop new fibers and polymers. Because electronics are based on metals and silicon, inorganic chemistry is key in the design of microchips and integrated circuits. Companies that focus in this area include Texas Instruments, Samsung, Intel, AMD, and Agilent. Glidden Paints, DuPont, The Valspar Corporation, and Continental Chemical are companies that apply inorganic chemistry to make pigments, coatings, and paint. Inorganic chemistry is used in mining and ore processing through the formation of finished metals and ceramics. Companies that focus on this work include Vale, Glencore, Suncor, Shenhua Group, and BHP Billiton. Inorganic Chemistry Journals and Publications There are numerous publications devoted to advances in inorganic chemistry. Journals include Inorganic Chemistry, Polyhedron, Journal of Inorganic Biochemistry, Dalton Transactions, and Bulletin of the Chemical Society of Japan.