The amount of useful energy does not decrease among living things but is recycled. Bodies of all organisms use the same basic types of molecules therefore can evolve without loss of energy. They can break but the energy (protons, electrons) goes elsewhere to another molecule and bond. All chemical bonds have energy that cannot be broken down. Water molecules including other molecules contain chemical bonds. Without cohesion, plants would not have been able to survive.
This enables plants to retain water molecules that are chained. Water molecules have high cohesion that produces surface tension. To maintain orderly structures, living things use this energy to synthesize complex molecules.Ī specific point to prove the theory of evolution is cohesion of water and molecules. The sun produces concentrated energy, which increases entropy. The second law of thermodynamics is not relating to energy within living things because living things retain energy from the sun. In relation to the theory of evolution, this law is not contradictory. EvolutionĪccording to the second law of thermodynamics, when energy is converted from one form to another, the amount of useful energy decreases. This will ensure that we know exactly when to come up with new products and hence reduce chances of huge. We have to study the market and understand the way that goods lose their value.
Perfect timing is the key to providing the best goods over time. This will prevent situations where several goods are produced when the previous ones have not yet lost their value.Īs a result, both goods will end up losing their value at the same time and hence produce loses to the industry. However before we produce new goods, the industry has to be sure of the amount of time that it takes the goods to totally lose their value in the, market. As a fashion designer, how is this theory important? First of all, this theory is important to the industry because as goods lose their value, new ones are needed and so the industry moves on. This is with respect to the second law of thermodynamics and the arrow of time. With time, the shirt begins to lose its value and as it gets old, the owner will obviously need another shirt. Now let’s take an example of a shirt that is sold out. When we create a shirt today, then the value of the shirt tend to either remain constant over time or decrease in value over some period of time if not sold. This can also be the same to the products that fashion designers create such as shirts. The arrow of time assumes that the universe started off in very low entropy meaning that the entire universe was in an organized state. The second law of thermodynamics does not focus much on time rather it focuses on the arrangement of particles of matter. The designer has to know that however perfect things might be, they will be disorganized in some way and that they will need to be organized again. This theory of entropy is very important to a fashion designer. If you find the papers more organized than you left them then you have to ask yourself a lot of question since it is impossible. Thus if you arrange your books neatly in an office, then you won’t be surprised if the next time you walk in the papers will be a bit disorganized. The theory of entropy is that if things are arranged in a certain order, then after some time it will become disarranged and disorganized (Kestin 119). Entropy in physics describes how things are arranged in an orderly manner. To understand the arrow of time, we have to look at the theory of entropy. We are not able to calculate the exact position where the arrow of time came from. When we use the Newton’s laws of motion, we can be able to calculate where something came from, however with time this is different. Time is also known to have one direction and so it will never go back to where it came from. Time cannot go backward and so when time passes, it never goes back and we have to move with it.
A clock may seem to be the main symbol of time but when one clock stops working, time does not wait for it rather it continuous.
As scientist argues, time is the fourth dimension of the universe. Literature from relevant articles and websites were used to come up with the paper and relevant information recorded. This is a critical review of the second law of thermodynamics and how the arrow of time is applicable to the fashion and design industry. This principle is very much applicable in the fashion design industry and as a fashion designer it is always important to have this in mind. This means that the arrow of time points to decreasing the order of a product and not increasing. This does not make them any better rather their energy, strength and productivity either remains constant or reduce as they age. For example, human beings undergo the continuous change of aging.