
11.1 Cell Growth, Division and Reproduction
Presentation
•
Biology
•
9th Grade
•
Medium
+8
Standards-aligned
Chris Larson
Used 6+ times
FREE Resource
10 Slides • 36 Questions
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11.1 Cell Growth, Division and Reproduction
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Limits to Cell Size
Too Small = Lack of Organelles and Material to Perform the Job
Too Small = Traffic Issue Due to Lack of Room Needed to do Job
Too Big = Less Efficient Removing Waster and Getting Nutrients
Too Big = DNA Demand Too Great
Goldilocks = Homeostasis
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Cell's Volume = Demand/Material-Waste
Determines the Amount of Material Needed to Function (Big=More)
Determines the Amount of Waste the Cell Produces (Big=More)
Determines the Amount of Organelles a Cell Needs (Big=More)
Still Have Only 1 Nucleus so DNA Demand is High With Big Cells
Big Cells Produce Too Much Waste and Take Too Long to Remove It
Big Cells Need Too Much Material and Take Too Long to Get It
Small Cells Don't Have Enough Resources to be Productive
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Cell's Surface Area = Supply / Absorption
Determine the Amount of Nutrients a Cell Can Get Into the Cell
Determine the Amount of Waste a Cell Can Get Rid Of
Volume (Demand) Increases Faster Than Surface Area (Supply)
Bigger Cells Can Absorb More BUT Demand is Greater Than Supply
Cells Need To Be Small BUT Not Too Small - Goldilocks Size
5
Multiple Choice
6
Multiple Choice
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Multiple Choice
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Multiple Choice
9
Multiple Choice
10
Multiple Choice
11
Multiple Choice
As a cell becomes larger
it places fewer demands on its DNA.
it does not need molecules for cell growth.
it is less efficient at moving waste materials across the cell membrane.
it is more efficient at moving nutrients across the cell membrane.
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Multiple Choice
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Multiple Choice
Which cells are more efficient at obtaining nutrients?
Small Cells
Medium Size Cells
Large Cells
X-Large Cells
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Multiple Choice
Which cells are more efficient at obtaining nutrients?
Small Cells
Medium Size Cells
Large Cells
X-Large Cells
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Calculating Volume
Length x Width x Height
Increases at faster rate than SA
Demand grows faster than supply
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Calculating Surface Area
Length x Width x Number of Sides
SA Grows Slower Than Volume
Supply Lags Behind Demand During Cell Growth
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Surface Area:Volume
Volume Increases Faster than SA
Demand V Greater than Supply SA
Want a Large SA:V Ratio 6:1
Smaller Cells are More Efficient
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Multiple Choice
What is the volume of this cube?
168 cm2
168 cm3
17 cm3
168 mm3
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Multiple Choice
What is the Volume of a Cube with side lengths of 7 meters?
49 cubic meters
343 cubic meters
28 cubic meters
42 cubic meters
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Multiple Choice
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Multiple Choice
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Multiple Choice
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Multiple Choice
The surface area of a cube whose edge equals to 3cm is:
62 sq.cm
30 sq.cm
54 sq.cm
90 sq.cm
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Multiple Choice
25
Multiple Choice
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Multiple Choice
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Multiple Choice
Which cells are more efficient at obtaining nutrients?
Small Cells
Medium Size Cells
Large Cells
X-Large Cells
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Multiple Choice
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Multiple Choice
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Multiple Choice
How can surface area (SA) be increased?
Grow larger
Divide into smaller pieces
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Multiple Choice
How can surface area (SA) be increased?
Grow larger
Divide into smaller pieces
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Cell Division...
...Increases the Surface Area:Volume Ratio = More Efficient Cell
...Efficient Exchange of Materials and Removal of Waste
...Supply (Surface Area) Can Meet Demand (Volume)
...One Nucleus = 1 Set of Instructions for the Cell
...Reduces the Number of Organelles That Need Instructions
...Decreases DNA Demand = No Information Overload
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Multiple Choice
The process by which a cell divides into two daughter cells is called
cell division
metaphase
interphase
mitosis
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Multiple Choice
What is information overload?
Overload of information
DNA grows to large for the cell
DNA goes super RNA mode and gets too buff to be contained in the cell so it has to burst out and causes continuous internal combustion
Cell grows too large for DNA
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Multiple Choice
What is information overload?
Overload of information
DNA grows to large for the cell
DNA goes super RNA mode and gets too buff to be contained in the cell so it has to burst out and causes continuous internal combustion
Cell grows too large for DNA
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Asexual Reproduction
Identical Offspring From 1 Parent
Produce Large Numbers Quickly
Simple, Efficient and Effective
No Mixing of Genes=Less Diversity
Diversity Comes From Mutations
Better For Stable Environments
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Sexual Reproduction
Requires 2 Parents to Mix Genes
Genetically Diverse From Parents
Mom Gives 1/2 DNA Dad Gives 1/2
Allele Frequency Can Change
Better For Change Environments
Increased Diversity = Better Odds of Surviving Changing Conditions
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Multiple Choice
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Multiple Choice
How does the DNA of the offspring formed from asexual reproduction compare to the parent?
none of the DNA is transferred to the offspring
half of the DNA is transferred to the offspring
the DNA of the offspring is identical to the DNA of the parent
none of these are correct
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Multiple Choice
How does the DNA of the offspring formed from asexual reproduction compare to the parent?
none of the DNA is transferred to the offspring
half of the DNA is transferred to the offspring
the DNA of the offspring is identical to the DNA of the parent
none of these are correct
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Multiple Choice
Produce many offspring in short period of time
asexual reproduction
sexual reproduction
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Multiple Choice
Which is NOT an advantage of asexual reproduction?
simple and efficient
produces large number of offspring quickly
increases genetic diversity
requires one parent
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Multiple Choice
The production of genetically identical offspring from a single parent
asexual reproduction
sexual reproduction
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Multiple Choice
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Multiple Choice
Which type of reproduction makes a Diverse Offspring
Sexual
Asexual
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Multiple Choice
Which type of reproduction makes a Diverse Offspring
Sexual
Asexual
11.1 Cell Growth, Division and Reproduction
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