Foucault notions of power and its implications of studying power in Essay

Foucault notions of power and its implications of studying power in international relations - Essay Example are few of the pertinent examples of power play within the society. But Foucault’s concept of power within the international relation becomes vital elements of global politics that has wide ranging implications for world at large (Patton, 1998). In the contemporary times, power within and across nations has emerged as major contentious issue that tends to suppress the wider objectives of democratic principles and sovereignty of nations which are less power powerful in terms of socio-economic, technology and military superiority. He describes it as a relation that is only visible when it is applied or used strategically in a situation to achieve one’s own vested interests (Foucault, 1982; Mills, 2003). Thus, it use or misuse becomes vital ingredients of maintaining one’s status in global political arena. The hegemony of America in global politics is prime example of economic, technological and military power that it applies over other nations. America has used its power either directly like invading Iraq on false pretence or indirectly through leading financial institutions like World Bank, IMF and international agencies like United Nations etc. and forcing developing and under-developed nations to open their markets for foreign business. Thus, Foucault’s concept of power can easily be applied on international

O2 transfere in human buddy Research Paper Example | Topics and Well Written Essays - 1000 words - 1

O2 transfere in human buddy - Research Paper Example Chemical engineering treats circularly system as a chemical process that involves the heart as a pump while the blood vessels act as passageways for oxygen. Generally, chemical engineering uses mathematical equation to show a complete oxygen transportation process in the body. Moreover, chemical engineering involves two basic terms including convection and diffusion that helps in calculating oxygen transport in the human body. Convection is more common in the large blood vessels like arteries while diffusion is more likely to occur in the small blood vessels such as capillaries and veins. The two main mathematical equations involved in determining oxygen transport are the overall flux that describes oxygen flow via pipes and Fick’s law that explains diffusion of fluid along a concentration gradient. Oxygen moves in the human body in the breathing process through nose and mouth then goes via the lungs and dissolves in the water lining of alveoli. Oxygen then sticks to red blood cells while passing through the alveoli capillaries. Circulatory system plays a significant role in transporting various materials in the human body. Circulatory system ensures that nutrients, water and oxygen are transported to the body cells while transporting waste products produced by body cells such as carbon dioxide away from the body. The circulatory system acts as a highway with network throughout the human body and it involves the heart, and the blood vessel. The heart is responsible in pumping blood and maintaining blood flow in the whole of the body system while the blood vessels transport blood away from the heart to other parts of the blood. The whole of the circulatory system transports oxygen from outside the body into the blood stream and carries away waste from the blood cell, carbon dioxide to the outer part of the body. The blood vessels