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Cell Test # 1 Review JEOPARDY
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Directions for the Game:
#1. Mini- white boards can be used to have the teams write their answers. After they have their answers hold the board up for the teacher to see. #2. Write your team number on top of your board. #3. Every team that answers the question correctly gets the points, however, the first team that answers correctly gets control of the board. #4. Start every category at 100 points and work you’re way down to 500 points. #5. Click categories at the bottom of each slide to take you back to the categories page.
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Plants vs. Animal Structure and Function Cell Theory Cell Diagram Miscellaneous 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500
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Cell Theory 100 Points What did Robert Hooke discover? Categories
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He saw the first cell; it was a cork cell. He named cells.
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Cell Theory 200 Points Who saw the first living cell through a microscope and named them animalcules? Categories
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Anton van Leeuwenhoek Categories
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Cell Theory 300 Points What were the contributions of Matthias Schleiden and Theodor Schwann to the Cell Theory? . Categories
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Matthias Schleiden discovered that all plants were made of cells.
Theodor Schwann discovered that all animals were made of cells. Categories
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A Cell Theory 400 Points Who discovered that cells come from preexisting cells? Categories
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Rudolph Virchow Categories
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Cell Theory 500 Points What are the three parts of the Cell Theory?
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1. All living things are made of one or more cells. 2
1. All living things are made of one or more cells. 2. Cells are the basic unit of all living things. 3. All cells come from existing cells. Categories
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Cell Diagram 100 Points What are the small parts of a cell called that each have a specific function? Categories
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cell organelles Categories
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Cell Diagram 200 Points Fill in the blanks.
Plants cells tend to be more ____________ in shape and animal cells tend to be more _______________.
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Plants cells tend to be more _ANGULAR_______ in shape and animal cells tend to be more
_ROUNDED________.
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Cell Diagram 300 Points Identify organelles # 1 – 3 and what their specific functions are. Categories
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1 – mitochondria; powerhouse
2 – cytoplasm; background jelly part of cell 3 – centrioles; animal cell reproduction Categories
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Cell Diagram 400 Points Categories Identify organelles # 4 – 6 and what their specific functions are.. D
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4 – smooth endoplasmic reticulum; highway system
5 – rough endoplasmic reticulum; highway system with ribosomes 6 – nucleus; control center Categories
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Cell Diagram 500 Points Identify organelles # 7 – 11 and what their specific functions are.
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7 – nucleolus – makes ribosomes
8 – nuclear membrane – controls what goes into and out of nucleus 9 – ribosomes – protein factories 10 – cell membrane – controls what goes into and out of cell 11 – Golgi complex – UPS/FedEx Categories
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Plants vs. Animals 100 Points
What are the outer layers of plant and animal cells? Categories
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plant – cell wall animal – cell membrane Categories
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Plants vs. Animals 200 Points
List 2 structures found in plant cells that are not found in animal cells. Categories
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cell wall, chloroplasts, & large vacuoles
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Plants vs. Animals 300 Points
List 2 structures found in animal cells that are not found in plant cells. Categories
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centrioles, lysosomes, small vacuoles
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Plants vs. Animals 400 Points
Explain why plants and animals would have different size vacuoles. Categories
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Plants have larger vacuoles than animal cells because they are not able to move to get water and they can only photosynthesize during the day, so they have a greater need to store materials than animal cells. Categories
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Plants vs. Animals 500 Points
Identify the type of cell for A, B, & C as described below. Cell nucleus cell wall Cell membrane A yes no B C Categories
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Cell A – animal cell Cell B – plant cell Cell C - bacteria Categories
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Structure & Function 100 Points
Define structure of a cell. Define function of a cell. Categories
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structure of a cell – the design of a cell; what it contains
function of a cell – the job of a cell, what it does for the organism Categories
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Structure & Function 200 Points
What is a specialized cell? Give two examples. Categories
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Examples: blood cell, bone cell, skin cell
A specialized cell is a cell that has a specific job to do in an organism. Examples: blood cell, bone cell, skin cell Categories
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Structure & Function 300 Points
Why didn’t onion bulb cells have chloroplasts? Categories
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Chloroplasts convert sunlight into food in plant cells
Chloroplasts convert sunlight into food in plant cells. The cells in the bulb of the onion are never exposed to sunlight, so they do not contain chloroplasts. Categories
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Structure & Function 400 Points
Explain the structure and function of a unicellular organism. Categories
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A unicellular organism is made up of one cell that is designed to carry out all of the necessary life processes for the cell on a simplistic level. Categories
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Structure & Function 500 Points
Explain the structure and function of a multicellular organism. Categories
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A multicellular organism is made up of many specialized cells that are each designed to do a specific task to keep the organism alive. Categories
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Miscellaneous 100 Points What is cellulose? Categories
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Cellulose is the substance that makes up the cell wall of plant
cells. Categories
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Miscellaneous 200 Points Put the following words in the correct order from smallest to largest: tissue, organ systems, cells, organs, organism. Categories
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cells, tissue, organ, organ systems, organism
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Miscellaneous 300 Points Explain the difference between a eukaryotic and a prokaryotic organism. Categories
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A eukaryote is a unicellular or multicellular organism whose cell have a nucleus, a complicated cell design, and are larger. Prokaryotes are unicellular bacteria that do not have a nucleus, have a simple cell design, and are smaller. Categories
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Miscellaneous 400 Points If a plant became dehydrated, which two parts of the cell would be affected? . Categories
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The central vacuole and cytoplasm would lose water.
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Miscellaneous 500 Points What cell parts would be present in a eukaryotic autotroph, but absent in a eukaryotic heterotroph? Categories
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The heterotroph would have small vacuoles, centrioles, and lysosomes.
The autotroph would have a cell wall, central vacuole, and chloroplasts. The heterotroph would have small vacuoles, centrioles, and lysosomes. Categories
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