Hammurabi essays

Hammurabi essays In ancient Mesopotamia Hammurabi's Law Code were just and reasonable, but the punishments were very retaliatory and barbaric. The system of laws applied to all citizens, however, punishment was not equally applied to all citizens. Punishments had social, gender and government inequality. Different social classes were not equally punished. Despite the inequalities of punishments, Hammurabi's Law Code was a new and great development. The most corrupt and controversial issues were the social or class differences. The laws are reasonable in trying to correct a wrong, but in most cases are extremely unreasonable and unfair in the application of punishment. Document (1,10) states that if a man has knocked out the eye of a patrician, his eye shall be knocked out. However, if a surgeon operates on a patrician's eye and has made the patient lose his eye, [document (1,12)] the surgeon shall lose his hands. The surgeon is held to a higher standard than a common man in the different punishment applied to the surgeon and to the common man. I believe this is very unfair and too drastic for the surgeon. The patient should be appreciative that someone is trying to save the patient's life, especially in those times. Documents (1,10) and (1,11) are more just laws except for the social class differences. They provide that if a man has knocked out the eye or broken the arm of a patrician he shall have the same punishm ent done to him. This is a more equitable and perfect punishment. The criminal's or wrongdoer's social standing, however, should have no influence over the application of the laws. In document (1,2) if a seignior is to destroy the eye of a commoner, the seignior shall pay one mina of silver, however if that same seignior destroys the eye of a member of the aristocracy, they shall destroy the eye of the seignior. These laws have been completely unfair to both parties. You can say that th ...

The Pyramid Of Life

The Pyramid Of Life When you look at a pyramid, youll notice that its broad base gradually narrows as it extends upward. The same holds true for the organization of life on Earth. At the base of this hierarchical structure is the most inclusive level of organization, the biosphere. As you climb the pyramid, the levels become less encompassing and more specific. Lets take a look at this hierarchical structure for the organization of life, starting with the biosphere at the base and culminating with the atom at the peak. Hierarchical Structure of Life Biosphere: The biosphere includes all of the Earths biomes and all living organisms within. This includes areas on the Earths surface, below the Earths surface, and in the atmosphere. Biome: Biomes encompass all of the Earths ecosystems. They can be divided into regions of similar climate, plant life, and animal life. Biomes consist of both land biomes and aquatic biomes. The organisms in each biome have acquired special adaptations for living in their specific environment. Ecosystem: Ecosystems involve interactions between living organisms and their environment. This includes both living and nonliving material in an environment. An ecosystem contains many different types of communities. Extremophiles, for example, are organisms that thrive in extreme ecosystems such as salt lakes, hydrothermal vents, and in the stomachs of other organisms. Community: Communities consist of different populations (groups of organisms of the same species) in a given geographic area. From people and plants to bacteria and fungi, communities include the living organisms in an environment. The different populations interact with and influence one another in a given community. Energy flow is guided by the food webs and food chains in a community. Population: Populations are groups of organisms of the same species living in a specific community. Populations may increase in size or shrink depending on a number of environmental factors. A population is limited to a specific species. A population could be a species of plant, species of animal, or a bacterial colony. Organism: A living organism is a single individual of a species that exhibits the basic characteristics of life. Living organisms are highly ordered and have the ability to grow, develop, and reproduce. Complex organisms, including humans, rely on the cooperation between organ systems to exist. Organ System: Organ systems are groups of organs within an organism. Some examples are the circulatory, digestive, nervous, skeletal, and reproductive systems, which work together to keep the body functioning normally. For instance, nutrients obtained by the digestive system are distributed throughout the body by the circulatory system. Likewise, the circulatory system distributes oxygen that is taken in by the respiratory system. Organ: An organ is an independent part of the body of an organism that carries out specific functions. Organs include the heart, lungs, kidneys, skin, and ears. Organs are composed of different types of tissue arranged together to perform specific tasks. For example, the brain is composed of several different types including nervous and connective tissues. Tissue: Tissues are groups of cells with both a shared structure and function. Animal tissue can be grouped into four subunits: epithelial tissue, connective tissues, muscle tissue, and nervous tissue. Tissues are grouped together to form organs. Cell: Cells are the simplest form of living units. Processes that occur within the body are carried out on a cellular level. For example, when you move your leg, it is the responsibility of nerve cells to transmit these signals from your brain to the muscle cells in your leg. There are a number of different types of cells within the body including blood cells, fat cells, and stem cells. Cells of different categories of organisms include plant cells, animal cells, and bacterial cells. Organelle: Cells contain tiny structures called organelles, which are responsible for everything from housing the cells DNA to producing energy. Unlike organelles in prokaryotic cells, organelles in eukaryotic cells are often enclosed by a membrane. Examples of organelles include the nucleus, mitochondria, ribosomes, and chloroplasts. Molecule: Molecules are composed of atoms and are the smallest units of a compound. Molecules can be arranged into large molecular structures such as chromosomes, proteins, and lipids. Some of these large biological molecules may be grouped together to become the organelles that compose your cells. Atom: Finally, there is the ever so tiny atom. It takes extremely powerful microscopes to view these units of matter (anything that has mass and takes up space). Elements such as carbon, oxygen, and hydrogen are composed of atoms. Atoms bonded together to make molecules. For example, a water molecule consists of two hydrogen atoms bonded to an oxygen atom. Atoms represent the smallest and most specific unit of this hierarchical structure.