Friday, February 14, 2020

John Stuart Mill and Aristotle's Viewpoints in Their Epistemological Essay - 6

John Stuart Mill and Aristotle's Viewpoints in Their Epistemological and Metaphysical Attitudes - Essay Example The researcher states that Mill and Aristotle have different viewpoints over what constitutes satisfaction in life. In his writings on Utilitarianism, John Stuart Mill upholds utility as the ultimate happiness principle. In this sense, an individual should strive towards maximizing one’s pleasure and works towards minimizing pain. Mill, therefore, holds that pleasure and the absence of pain are the ultimate ends in a person’s life. On the other hand, in Nicomachean Ethics, Aristotle describes the ultimate end of life as leaving in virtue and reason. Aristotle argues that happiness is a subjective concept that differs in every person. He refutes honor as concerned with seeking legitimacy among other people. In this sense, honor is not necessarily the legitimacy that it represents. Aristotle argues that a satisfied person must master the intellectual virtue and the moral virtue. Besides, satisfaction demands that a person possesses the ability to use one’s facultie s of reasoning in the appropriate sense. John Stuart Mill and Aristotle disagree over what makes up correct knowledge. Aristotle, in the Organon, developed a method of logic that comprised a system of principles for establishing syllogisms. In this sense, individuals could utilize their intuition to develop logic. Such forms of arguments start with a core premise that precedes a conclusion. On the other hand, Mill, an empiricist, believed that knowledge could only form out of senses. Forming logic depends on observing a system of related instances that bear a premise true. In his System of Logic, Mill created hegemony between deductive thinking and inductive thinking. In deductive thinking, a conclusion leads towards the development of principles that support it. On the other hand, inductive thinking involves drawing a conclusion from clearly stated premises.

Saturday, February 1, 2020

Biological Molecules Lab Report Example | Topics and Well Written Essays - 500 words

Biological Molecules - Lab Report Example Because the functional groups exhibit characteristic chemical reactions that involve color changes, they can be used as the basis of both qualitative and quantitative assessments. Mash a sample of the imitation crab meat in some water with the homogenizer. Remove some of the liquid and place it in a clean test tube or other suitable glass container. To another such container add the equal amount of plain water. Test both solutions with diabetic glucose tests strips. Add Benedicts solution to both containers and heat using water bath. Observe color change identifying presence (or absence) of glucose in solution. A positive result with the water extract indicates that the imitation crab meat contains additional glucose and should be avoided by Granny. 1. Samples should be heated in Benedicts test to increase the rate of the reaction between the sugar and Benedicts reagent. Without heating the reaction may proceed only very slowly, which may lead to a false result. 2. The copper ions in the copper sulfate of Benedicts reagent bond non-covalently or coordinate to the aldehyde functional group of glucose and similar sugars. This facilitates an oxidation of the organic molecule to the carboxylic acid, and is accompanied by the formation of atomic copper by reduction of the copper ions. The presence of copper atoms in the solution is responsible for the observed color changes. Similarly, the copper ions in Biurets solution coordinate to an amide linkage of protein to form a large complex ion that is highly colored. The IKI reagent in the starch test can be thought of as a complex of potassium ions and iodide ions that have captured molecules of iodine (I2). The multiple -OH groups presence on the starch molecules bond non-covalently to the iodine molecules to form a very dark colored complex. 3. If KOH or NaOH were omitted from the Benedicts test, no result could be expected. The hydroxide ion must be present