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Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

Create your own at Storyboard That

Todays Lesson: Endosymbiotic Theory

Today we are learning about the Endosymbiotic Theory.

What is Endsosymbiotic Theory?

This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.

How did this theory happen?

Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.

This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.

The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna

What is the proof?

The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.

When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.

Chloroplast, Bacteria cell, Mitochondria

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Texte du Storyboard

  • Todays Lesson: Endosymbiotic Theory
  • Today we are learning about the Endosymbiotic Theory.
  • What is Endsosymbiotic Theory?
  • This theory explains the similarities mitochondria and chloroplasts have to be a prokaryote.
  • How did this theory happen?Two bacteria cells, one with photosynthetic abilities, and the other who can produce ATP get engulfed by a larger cell to become one.
  • This means that those cells start to work together, and those two cells that got engulfed eventually evolve into chloroplasts and mitochondria.
  • What is the proof?
  • The proof is that mitochondria and chloroplast have seperate dna that is similar to bacteria dna. It proves that it derived from the bacteria dna
  • Chloroplast, Bacteria cell, Mitochondria
  • The size of the mitochondria and chloroplastare are also similiar to the size of a prokaryotic bacteria cell.
  • When mitcochondria and chloroplasts divide, they divide in a way that is similar to how bacteria divides. It explains that these organelles have the characteristics of bacteria cells.
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