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Cell walls are like the earths atmosphere. The cell wall is a partially permeable membrane made up of cellulose (a complex structural carbohydrate) and acts like a physical barrier for the plant. Just like the cell wall, the atmosphere is also a barrier for earth, (e.g. destroying meteors) it is made up of layer of gases.

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4. Nucleoli (present in both animal and plant cells)

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4. Nucleoli (present in both animal and plant cells)

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The Nucleoli (located in the nucleus) creates ribosomal subunits from proteins and rRNA, therefore playing a vital role in making proteins. In that way it is comparable to factories which is make tools and technology which can be used to complete everyday tasks.

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17. Centriole (present in animal cells only)

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17. Centriole (present in animal cells only)

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The centriole is like human reproduction. The centriole help with cell division in animal cells, and organize assembly of microtubules during cell division. Like centrioles human reproduction creating more humans (cell division), and the human body has is different (organized) when it's about to have a baby, the months prior prepare it for the arrival date.

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16. Cilia and Flagella (Cilia rare in plant cells)

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16. Cilia and Flagella (Cilia rare in plant cells)

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The cilia and the flagella are like the gravitational pull on the earth around the sun. The cilia are hairlike projections that allow the cell to move (like an oar, whip etc.). Just like the cilia the gravitational pull on the earth allows it to move (giving us summer and winter). An example of a cell with a flagella is a sperm cell, and the upper respiratory track sweeping debris trapped within mucus back up into the throat (is the body protecting itself from pathogens).

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15. Cytoskeleton (present in both animal and plant cells)

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15. Cytoskeleton (present in both animal and plant cells)

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The Cytoskeleton are like the many layers of the earth. The earths consists of the crust and the inside are the the mantle, convection currents, outer core and the inner core. These layers give earth its shape, keep its shape, and holds earth together. Just like the layers of the earth the cytoskeleton gives the cell it's shape and holds the cell together. The proteins components of the cytoskeleton interconnect and extend from the nucleus to the plasma membrane.

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14. Chloroplasts (primarily in plant cells)

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14. Chloroplasts (primarily in plant cells)

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Chloroplasts is just like the  renewable energy in the world. The chloroplasts allow the cell to use solar to produce organic molecules (e.g. sugars) that can be used by cells. Just like chloroplasts, renewable energy (e.g wind, sun, water movement etc.) to produce energy (through windmills, solar panels, and hydro dams) that can be used by humans.

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13. Mitochondria (present in both animal and plant cells)

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13. Mitochondria (present in both animal and plant cells)

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The Mitochondria is like the world's new clear power plants. The Mitochondria uses the substrates that are broken down in the cytoplasm to produce ATP to be used for various cell needs. Just like the Mitochondria the nuclear power plants of the world use heat (turned into steam) to produce energy for people on earth to use.

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12. Peroxisomes (present in both animal and plant cells)

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12. Peroxisomes (present in both animal and plant cells)

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Peroxisomes are like the garbage collectors of the world. Peroxisomes are involved in the catabolic reaction of of breaking down fatty acids, essentially getting rid of what the cell no longer needs. Just like peroxisomes garbage collectors get rid of waste. Enzymes in peroxisomes are synthesized by cytoplasmic ribosomes and transported into peroxisome by carrier proteins.

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11. Vacuoles and Vesicles (present in both animal and plant cells)

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11. Vacuoles and Vesicles (present in both animal and plant cells)

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The Vacuoles is like the worlds oceans. A central vacuole is filled with watery fluid that provides support to the by maintaining pressure within the cells and hold materials and wastes. Just like the the Vacuole, the ocean is a water mass that provides support to the earth by regulating temperature and is a reservoir for resources (e.g. fossil fuel, metal, and salt). It dissolves excess carbon dioxides, and acts as a natural 'dust bin' for unwanted natural waste materials on land.

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10. Lysosomes (present in animal cells only)

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10. Lysosomes (present in animal cells only)

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The lysosomes are membrane bound vesicles produced by the Golgi body. Lysosomes are hydrolytic digestive enzymes meaning they break own waste. Just like lysosomes, compost collectors take away natural waste to be broken down.

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9. Golgi apparatus (Golgi body) (present in both animal and plant cells)

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9. Golgi apparatus (Golgi body) (present in both animal and plant cells)

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The Golgi Body is like the world postal service. The Golgi Body packages (folds), sorts and distributes proteins. Just like Golgi body, the postal services also pack, sort, and distribute mail. The Golgi Body customizes proteins into forms cell can use by adding things on such as lipids or carbohydrates into forms that the cell can use.

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8. Smooth ER (present in both animal and plant cells)

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8. Smooth ER (present in both animal and plant cells)

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Smooth ER is like the worlds tunnels and passage ways. Smooth ER is a part of a complicated of membrane channels such as protein to go through, just like the world tunnels and passage way allowing for vehicles to move through. The smooth ER synthesizes the phospholipids found in cell membranes as well as those in testosterone, in the liver it helps with detoxify drugs.

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7. Rough ER (present in both animal and plant cells

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7. Rough ER (present in both animal and plant cells

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The rough ER is like the world education system. Rough ER has ribosomes on it, the ribosomes synthesis the proteins and prepare them to be transported to the Golgi body in the from of a transportation vesicle. Just like rough ER, the school system is where student learn to get ready for the "real world", once school is done they get jobs where they can apply themselves in someway to help the world (just like the proteins are packaged for certain cell needs)

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6. Endoplasmic Reticulum (ER) (present in both animal and plant cells)

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6. Endoplasmic Reticulum (ER) (present in both animal and plant cells)

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The Endoplasmic Reticulum is like roads/ highways. The Endoplasmic Reticulum is a complicated system of membranous channels and sacs used as transportation for materials (e.g proteins synthesized by ribosomes). Just like the Endoplasmic Reticulum, high ways and roads are also complicated systems of transportation for people to get to their destinations. The ER transports these material to the Golgi Body.

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5. Ribosomes (present in both animal and plant cells)

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5. Ribosomes (present in both animal and plant cells)

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The Ribosomes are like plants. Ribosomes synthesis protein (from amino acids) which is needed for cellular functions (e.g. repairing damage). Just like the ribosomes, plants create oxygen (from photosynthesis) which is needed for human functions.

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3. Nucleus (present in both animal and plant cells)

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3. Nucleus (present in both animal and plant cells)

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The nucleus is like the worlds leaders. The worlds leaders use their control to make global decisions and contain much of the world information. Just like the nucleus controls the characteristics of the cell/ cell functions and hold the genetic information (DNA). The nucleus is primary importance inside the cell and allows it to function properly.

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2. Plasma Membrane (Cell membrane)(present in both animal and plant cells)

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2. Plasma Membrane (Cell membrane)(present in both animal and plant cells)

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The cell membrane is like the ozone layer. The ozone layer protects the earth from harmful radiation and keeps the heat from the sun in just like the cell membrane prevents harmful or unnecessary substances from getting in the cell (e.g. cancer causing agents). The cell membrane selectively allows nutrients and other substances (e.g. e.g. oxygen) to enter cell