Intro- Submarines are a lot like cells in a multitude of ways. Both are organized into many parts and without them both would fall apart. Each has specific parts that do certain jobs. They both also have a way of functionality that depends on whether the other parts inside work or not. Within a cell and a submarine it’s easily seen that both are broken into almost exact structures placing key parts in areas close to each other allowing maximum functionality.
Cell Wall-Shell of Sub.The cell wall is alike to the outer shell of the submarine. The cell wall is a rigid wall found only in plant cells that protects the cell while being unregulated or inactive with allowing things in and out where the cell membrane is active. It is made up of cellulose and protects the cell from implosion during osmosis. The cell wall works with the vacuole to help support the plant. In the submarine the cell wall acts as the outer shell. It protects the cell from outside dangers such as other missiles, radar and ships while allowing supplies or divers to come in. The cell wall and outer shell are similar because they both offer a layer of protection from other elements outside of the cell but they still allow, inactively products to come inside of their walls.
Cell Membrane-Sonar. Sonar on a submarine is the cell membrane in the cell. The cell membrane completely surrounds the cell protecting it’s contents from the surrounding environment.The cell way is a bilayer like sandwich with hydrophilic phosphates on either end surrounding a layer of lipids. Through diffusion and or active transport material comes in and out of the cell. Inside of the membrane pieces of the cell can move around and and change their position relative to the entire cell. On a s...
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...ries are branched off by the government or divided throughout the country so the production of cells can increase. Depending on the war and the need for submarines more factories are built. Both are key in the division and and growth of there areas. Without centrioles nothing would in ultimate be able to grow as a cell wouldn’t be able to divide and expand whatever form its taking and submarines wouldn’t be produced making fighting a naval based war very difficult.
Concluding-Theres no better way to compare a cell in an analogy than that of a cell to a submarine. Both are a perfect match made in heaven as they are organized in a fashion that is almost identical. I have come to conclusion that Cornelis Jacobszoon Drebbel the creator of the sub based his exact design of that of a cell...even though Robert Hooke wasn’t born until 1635 and the sub was designed in 1620.
The Collins class submarines used leading edge of technology and were specifically designed for Australia’s special requirements. Despite all the issues discussed, the Project has some significant project management, engineering and construction achievements which in many ways demonstrate the capacity of Australian Industry to manufacture world-class submarines. Meanwhile, many of the mechanical, technical and combat system problems of the Collins class submarines have now been resolved. The latest review indicates that the availability of the submarines for deployment has increased significantly (ABC, 2014). However, the actual procurement process was risky because it had unclear objectives, unrealistic expectations, adopted untried construction processes, and was dominated by inexperienced supervision and management.
In the American Revolutionary War, a manned underwater craft named the American Turtle (or the "water-machine") was used against the British Navy. David Brushnell designed this ingenious machine in 1771. The submarine was a one manned, egg-shaped vessel which was propelled by hand-operated screw-like devices. It was bottom-heavy in order for it to remain upright. The operator would plant a submersible mine that could be triggered by a simple clockwork mechanism. He could paddle away after he attached the magazine of gunpowder onto the enemy ship. The operator could stay under for about thirty minutes
The building of the grocery store is like the cell membrane, because it gives it structure and keeps everything inside safe. The security guard of the front door in the grocery store is like the cell membrane, because it says what can come in and out of the cell. The boss of the store is like the nucleus, because they tell the employes what to do and what needs to be done. The floors of the grocery store is like the cytoplasm, because it hold everything in it place, where it need to be. The illes in the store is
...was recognized for having been travelled remarkably long on its engine before breaking down which exceeded industry standards. The crew were congratulating for their heroics and recognized their arduous task of manning the troublesome submarines.
Throughout the years submarine technology has advanced throughout the years from the original military submarine the turtle to the German u boats during WWII modern nuclear power submarines that we have today. These developments have required a lot of technological improvements. To make the u boats work the Germans need better battery and electrical motor technologies and the nuclear submarine obviously needed nuclear technology. Submarines have always been an innovative way to win the navel war.
Question 1: Briefly describe, in 500 words or less, the normal structure and function of your chosen cell type. In your answer, discuss specific features in your chosen cell type, including cell organelles.
The navy workspace is most commonly out on the sea, on a ship, or in a submarine. Part of the Navy’s mission is to maintain freedom of the seas, thus the sea is their workplace. The design of many of these vessels does not allow for tremendous amounts of space or access to the outside world. A ship in the middle of the ocean is constricting of a person’s mobility. Thus the ideal is to function as a crew and to work as a unit in order to accomplish the goal. The tight quarters emphasize connecting with your fellow shipmates.
Whether fortunately or unfortunately, the limits of innovation are often put to the test. In the case of a submarine launched to sea in 1938, the USS Squalus, bad luck proved disastrous. Within minutes of a test dive, twenty-six men drowned. Years later, Peter Maas compiled the known information about the tragedy into The Terrible Hours: The Greatest Submarine Rescue in History. Over the heartbreaking journey of hopelessness to hope, crisis to survival, and depths to ascension, Maas weaves the sad tale depicting the unknown dangers that technology possesses.
Eukaryotic cells, whether from animals, plants, protists, or fungi, are the most structurally advanced of the major cell types. Eukaryote are single-celled or multicellular organism whose cells contain nucleus and any other structures (organelles) enclosed within the membrane that perform specific functions. The surface of the cell is covered with a thin film or plasma membrane, which is the boundary that separates the living cell from its nonliving surroundings. Plasma membranes are composed mostly of proteins and lipids (Simon, 02/2012, p. 59-60).
The cell membrane is a structure that controls what enters and leaves the cell. In a basketball stadium, the security guards are like the cell membrane. They can say who comes in if they don’t cause any problems and are following the rules and they can reject them and make them leave if they have something they aren’t supposed to or they are doing something wrong. This is how security guards are like a plant cell’s cell membrane because the security guards control what enters and leaves the stadium like the membrane controls what enters and leaves the cell.
In the thirty-eight years of the United States Naval Submarine Service no United States submarine had ever sunk an enemy vessel. With the ignition of the Second World War the poorly equipped and poorly trained Silent Service, nicknamed for the limited access of the media to the actions and achievements of the submarines, would be thrust into the position American submariners had longed for. The attack on Pearl Harbor left the United States Navy with few options for retribution. The three remaining aircraft carriers were to be “the last line of defense.” Commander Stuart S. Murray made the precarious situation clear to his skippers, captains, upon sending them on their first war patrol. He stressed the importance of smart sailing by warning them not “to go out there and win the Congressional Medal of Honor in one day. The submarines are all we have left.” We entered the war with 55 submarines, 27 at Pearl Harbor and 28 at Cavite in the Philippines. At first our submarine strategies lacked ingenuity and failed to use our subs to their full potential. United States subs were assigned to reconnaissance, transporting supplies, and lifeguard duty, picking up downed airmen and sailors. They were even, on occasion, sent to rescue high profile Americans on the run from the enemy or from islands under enemy siege. Although their ability was, unfortunately, wasted in our entrance to the Pacific Theater the Silent Service would soon gain the recognition its men yearned for.
to construct and or maintain the cell membrane. In a microscopic view of the cell membrane we can
...ulose will be protected from anything that could potentially damage the cell otherwise. It also plays a part in helping cells keep their shape. Cell walls, along with cellulose, provide support for plants so that they can grow tall while maintaining their shape. The size of the plant will determine the amount of cellulose it will need, but all plants require some amount of it and make use of it constantly.
Cell membranes are selectively permeable which can let things in and kick some out. The cell membrane is liquidly and is made out of different things like a mosaic. That’s how the cell membrane got its name fluid mosaic model. The fluid mosaic model of the cell membrane has a different mixture of phospholipids, cholesterol, and proteins. The carbohydrates are attached
In conclusion I have noticed that without cells we wouldn’t be able to function or neither without cell theory because we would not know how to treat our body or our cells.