Download What is Life

Looking Inside Cells (Don’t write on this paper)
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Read pgs 128 - 135
Use a highlighter to highlight what each cell part looks like and its function
On Notebook Paper, take Cornell Notes to complete each sentence (answer what each part is and its purpose).
What’s not completed in class is homework (Expect and open notes quiz tomorrow)
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Cell wall Cell membrane (Gate Keeper) Nucleus (Control Center) Organelles Nuclear envelop/membrane (Cornea) Chromatin genetic material (Spaghetti) –
Nucleolus (Pupil) Ribosomes (Meatballs) Cytoplasm (Jello) Mitochondria (Power house) Endoplasmic Reticulum (Pipes) Golgi Apparatus (Post Office)
Vacuoles (Food Containers) Vacuoles
Chloroplasts (Greenhouse) Chloroplasts
rigid layer that surrounds the
controls which
acts as the cell’s control center directing all of the
Tiny cell structures that
allows materials to
thin strands of material that fill the
small round structure in
small grain-shaped
fills the region between the
rod-shaped structures converts
maze of passageways (Just write this sentence)
packages proteins and other
stores water,
can also store
captures energy from
Animal cells don’t have
Lysosomes (Garbage Collector) -
break down old
Looking Inside Cells (Don’t write on this paper)
-
Read pgs 128 - 135
Use a highlighter to highlight what each cell part looks like and its function
On Notebook Paper, take Cornell Notes to complete each sentence (answer what each part is and its purpose).
What’s not completed in class is homework (Expect and open notes quiz tomorrow)
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
Cell wall Cell membrane (Gate Keeper) Nucleus (Control Center) Organelles Nuclear envelop/membrane (Cornea) Chromatin genetic material (Spaghetti) –
Nucleolus (Pupil) Ribosomes (Meatballs) Cytoplasm (Jello) Mitochondria (Power house) Endoplasmic Reticulum (Pipes) Golgi Apparatus (Post Office)
Vacuoles (Food Containers) Vacuoles Chloroplasts (Greenhouse) Chloroplasts
rigid layer that surrounds the
controls which
acts as the cell’s control center directing all of the
Tiny cell structures that
allows materials to
thin strands of material that fill the
small round structure in
small grain-shaped
fills the region between the
rod-shaped structures converts
maze of passageways (Just write this sentence)
packages proteins and other
stores water,
can also store
captures energy from
Animal cells don’t have
Lysosomes (Garbage Collector) -
break down old
Looking Inside Cells
Don’t write on this paper / Read pg 128 - 135 / Use a highlighter to highlight what each cell part looks like
and its function / Take Cornell Notes to complete each sentence (answer what each part is and its purpose).
1. Cell wall 2. Cell membrane (Gate Keeper) 3. Nucleus (Control Center) 4. Organelles 5. Nuclear envelop/membrane (Cornea) 6.
Chromatin genetic material (Spaghetti) –
7. Nucleolus (Pupil) 8. Ribosomes (Meatballs) 9. Cytoplasm (Jello) 10. Mitochondria (Power house) 11. Endoplasmic Reticulum (Pipes) 12. Golgi Apparatus (Post Office)
13. Vacuoles (Food Containers) 14. Vacuoles (Food Containers) 15. Chloroplasts (Greenhouse) 16. Chloroplasts
17. Lysosomes (Garbage Collector) -
rigid layer that surrounds the cells of plants and some other
organisms
controls which substances pass into and out of the cell
acts as the cell’s control center directing all of the cell’s activities
Tiny cell structures that carry out specific functions within a cell
allows materials to pass in and out of the nucleus through the
pores in the nuclear envelope
thin strands of material that fill the nucleus, contains information
for directing a cell’s functions
small round structure in the nucleus where ribosomes are made
small grain-shaped organelles that produce proteins
fills the region between the cell membrane and nucleus
rod-shaped structures converts energy stored in food to energy the
cell can use to live and function
maze of passageways
packages proteins and other materials from the ER and distributes
them to other parts of the cell or to the outside of the cell
stores water, food, and other materials needed by the cell
can also store waste products until the wastes are removed
captures energy from sunlight and changes it to a form of energy
cells can use in making food
Animal cells don’t have chloroplasts
break down old cell parts and release the substances so
they can be used again