+ All Categories
Home > Documents > Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a...

Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a...

Date post: 24-Dec-2015
Category:
Upload: joel-henderson
View: 213 times
Download: 0 times
Share this document with a friend
Popular Tags:
15
Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell
Transcript
Page 1: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Bell Ringer [3 Minutes]1. State the 3 points of the Cell Theory

2. Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell

Page 2: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

MYP Biology: Cell Organelles

Page 3: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

What are the parts of Eukaryotic cells?

Eukaryotic cells contain specialized structures called Organelles, which each perform a specific function within the cell.

Page 4: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles in ALL Eukaryotic cells

• Nucleus:– Control center of cell, where DNA is stored

Page 5: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles in ALL Eukaryotic cells• Ribosomes:– Make proteins

Page 6: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles in ALL Eukaryotic cells

• Mitochondria:– Produces energy the cell can use

Page 7: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles in ALL Eukaryotic cells

• Endoplasmic Reticulum:– Transports molecules around cell

Page 8: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles in ALL Eukaryotic cells

• Golgi Apparatus– Packages proteins into vesicles (tiny sacs)

Page 9: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles only in Eukaryotic Animal cells

• Lysosome– Digests old cell parts with enzymes and acid

Page 10: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles only in Eukaryotic Plant cells

• Cell Wall– Rigid outer layer that provides structure/ support

Page 11: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles only in Eukaryotic Plant cells

• Chloroplast– Uses light energy to produce food (sugar) for

plant cells [Photosynthesis]

Page 12: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Organelles only in Eukaryotic Plant cells

• Central Vacuole– Large sac that stores water and food

Page 13: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Animal or Plant Cell?

Page 14: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Animal or Plant Cell?

Page 15: Bell Ringer [3 Minutes] 1.State the 3 points of the Cell Theory 2.Identify ONE difference between a Prokaryotic cell and a Eukaryotic cell.

Cells demonstrate Emergent Properties

• An Emergent Property is a property that ‘emerges’ or results from many smaller parts working together as part of a larger system


Recommended