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Transcript
Cells
Prokaryotic
or
Eukaryotic
Prokaryotic
or
Eukaryotic,
Part Two
Parts of a
Cell
Parts of a
Cell, Part
Two
100
100
100
100
100
100
200
200
200
200
200
200
300
300
300
300
300
300
400
400
400
400
400
400
500
500
500
500
500
500
Life
Science
100
1st
Living things have the ability to do this
which means to increase in size.
.
100
1st
Living things have the ability to do this
which means to increase in size.
.
200
2nd
Living things have the ability to do this
which means that they can make more
of themselves.
200
2nd
Living things have the ability to do this
which means that they can make more
of themselves.
300
3rd
Living things have the ability to
respond to this.
300
3rd
Living things have the ability to
respond to this.
400
4th
Living things have the ability to obtain
and use this.
400
4th
Living things have the ability to obtain
and use this.
500
1st
Living things are made up of these, the
smallest and most basic units of life.
500
1st
Living things are made up of these, the
smallest and most basic units of life.
2nd
100
This tool is required to see most cells.
2nd
100
This tool is required to see most cells.
200
3rd
This type of microscope can magnify a
cell up to 2 million times.
200
3rd
This type of microscope can magnify a
cell up to 2 million times.
4th
300
A cell’s shape is determined by this.
4th
300
A cell’s shape is determined by this.
400
1st
This type of bacteria cell can cause
strep throat.
400
1st
This type of bacteria cell can cause
strep throat.
500
2nd
Name two types of food that are made
with the help of bacteria.
500
2nd
Name two types of food that are made
with the help of bacteria.
100
3rd
This type of cell has a nucleus.
100
3rd
This type of cell has a nucleus.
200
4th
This type of cell is only found in
unicellular organisms.
200
4th
This type of cell is only found in
unicellular organisms.
300
1st
This type of cell has DNA that floats
freely in the cytoplasm.
300
1st
This type of cell has DNA that floats
freely in the cytoplasm.
400
2nd
This type of cell has a cell membrane.
400
2nd
This type of cell has a cell membrane.
500
3rd
All organisms that you can see without
a microscope have this type of cells.
500
3rd
All organisms that you can see without
a microscope have this type of cells.
100
4th
Bacteria are this type of cell.
100
4th
Bacteria are this type of cell.
200
1st
You have this type of cell.
200
1st
You have this type of cell.
300
2nd
This type of cell is larger than the other
type.
300
2nd
This type of cell is larger than the other
type.
400
3rd
This type of cell contains cytoplasm.
400
3rd
This type of cell contains cytoplasm.
500
4th
These types of cells were the first cells
on Earth.
500
4th
These types of cells were the first cells
on Earth.
100
1st
This acts as the gatekeeper for the cell
and is shown at letter B.
100
1st
This acts as the gatekeeper for the cell
and is shown at letter B.
200
2nd
This rigid outer covering lies outside of
the cell membrane in plants and is
shown here at letter P in a bacteria cell.
200
2nd
This rigid outer covering lies outside of
the cell membrane in plants and is
shown here at letter P in a bacteria cell.
300
3rd
The organelle at letter A is only found
in eukaryotic cells and contains the
DNA of the cell.
300
3rd
The organelle at letter A is only found
in eukaryotic cells and contains the
DNA of the cell.
400
4th
This is the gel-like matter shown at
letter C in this eukaryotic cell. It is
mostly made of water and fills the
space inside both kinds of cells.
400
4th
This is the gel-like matter shown at
letter C in this eukaryotic cell. It is
mostly made of water and fills the
space inside both kinds of cells.
500
1st
In a prokaryotic cell, this genetic material
floats freely within the cytoplasm and is
shown here at letter R.
500
1st
In a prokaryotic cell, this genetic material
floats freely within the cytoplasm and is
shown here at letter R.
100
2nd
This long structure at S resembles a tail
and helps cells that have them move about.
100
2nd
This long structure at S resembles a tail
and helps cells that have them move about.
200
3rd
These hair-like appendages allow
bacteria to stick to surfaces.
200
3rd
These hair-like appendages allow
bacteria to stick to surfaces.
300
4th
This green organelle in plant cells is
what allows plants to be
photoautotrophic.
300
4th
This green organelle in plant cells is
what allows plants to be
photoautotrophic.
1st
400
These are small roundish structures that make
proteins for the cell.
1st
400
These are small roundish structures that make
proteins for the cell.
500
2nd
What part of this bacteria cell is
represented by the letter Q.
Final Jeopardy
500
2nd
What part of this bacteria cell is
represented by the letter Q.
Final Jeopardy
This appears to be a maze-like structure
surrounding the nucleus in eukaryotic cells.
This appears to be a maze-like structure
surrounding the nucleus in eukaryotic cells.