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Chloroplasts and mitochondria, have two membranes because the initial membrane is engulfed by the cells membrane, which created a double membrane.

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Eukaryota cells absorb smaller organisms through their cell membrane. The cell membrane gives the smaller organism a thin layer of Phoso-lipids. This gives the smaller creature 2 membranes.

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Whenever it enters the cell it is absorbed through their cell membrane. It gives the absorbed cell a small layer of the other organism on the outside; thus giving it two membranes.

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The Endosymbiotic theory is strengthened because the variety of ribosomes can be derived from the ancient Unicellular organism. Through evolution cells developed different abilities from other organelles including multiple types of ribosomes. The different ribosomes shows that there were different proteins in the cell aiding in functions of the cell. The evolution of the cell created variety.

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It helps the theory because it shows how different organisms combined because they have different dna.

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Avery: One of the membranes is from when its ancestors first came into the cell while they other is one that was produced after it adapted to the inside of the cell..  

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Avery: One of the membranes is from when its ancestors first came into the cell while they other is one that was produced after it adapted to the inside of the cell..  

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When it enters the cell, it already has a membrane of its own, and the cell has one. Therefore, it now has two membranes.

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the reason is because the syntheses of proteins allow for diversity and adaptability.

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Isaac and Pierce-When they entered the cell it absorbed and wrapped around them. 

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Isaac and Pierce-When they entered the cell it absorbed and wrapped around them. 

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The ability for cells to synthesize proteins in different ways allows genetic variation. Scientist observe this variation and conclude that Eukaryota cells gain a diverse system of organelles by absorbing other organisms. Genetic Variation ultimately helps the cell adapt and change to a new environment.

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Different types of proteins that can perform different functions. Thus, leading to much more diversity

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One is its own, original, membrane, and the other is the membrane that wrapped around it when it entered the cell.

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Photosynthesis- chloroplasts This aids in energy production in cells.
Diffusion- The addition of a membrane that can diffuse molecules into the cell.
The survival of U.V. radiation from the sun

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Multiple different types of ribosomes may have entered the cell at some point in the past and then thrived. So it strengthens it

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The production of energy, the ability to reproduce, the types of cellular movement, and the ability to break down energy.

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If they were made with the same DNA, they would have the same ribosomes that can be produced. But, the mitochondria has its own DNA and ribosomes that aren't found elsewhere in the cell.

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           Avery: Cellular movement with with the production of sugars though photosynthesis with a way to break down the sugars that are created for energy.  

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           Avery: Cellular movement with with the production of sugars though photosynthesis with a way to break down the sugars that are created for energy.  

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Different movement types, cellular digestion, respiration, and storage can be combined,

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K.J. :
The production of energy through cellular respiration, cell movement, and photosynthesis. These are the abilities that scientist believe that Eukaryota cells have "borrowed" from prokaryotic cells. I believe that cells will continue to add to their abilities. Biologist may view cells with a plethora of new abilities in the future.

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A cell that produces sugars and then a cell that breaks down the sugar like a chloroplast and a mitochondria. Cell movement is another one like Flagella.

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Luke: The ability to undergo photosynthesis and perform cellular respiration.
Kayla: The ability to break down sugars and proteins and convert them to energy