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Cell Structures Scientists 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 Microscope Multi v. Uni Organization To Round Two! C1 - 100 100 A phospholipid layer that covers a cell’s surface and acts as a barrier between the inside of a cell and the cell’s environment Back to board Correct Answer C1 - 200 200 The membrane-covered organelle found in eukaryotic cells; contains the cell’s DNA and serves as the control center for the cell Back to board Correct Answer C1 - 300 300 A structure that surrounds the cell membrane of some cells and provides strength and support Back to board Correct Answer C1 - 400 400 Cell organelles surrounded by two membranes that break down food molecules to make ATP Back to board Correct Answer C1 -500 500 A small organelle in cells where proteins are made from amino acids Back to board Correct Answer C2 - 100 100 English scientist who first observed cells in a thin slice of cork Back to board Correct Answer C2 - 200 200 Hooke named cells after this Back to board Correct Answer C2 - 300 300 Dutch microscope maker who was the first to observe living cells Back to board Correct Answer C2 - 400 400 German zoologist who concluded all animals are made of cells Back to board Correct Answer C2 -500 500 German botanist who concluded all plants are made of cells Back to board Correct Answer C3 -100 100 To get the magnification of a microscope, you need to multiply the powers of these two lenses Back to board Correct Answer C3 -200 200 The magnification of the low power objective Back to board Correct Answer C3 -300 300 The magnification of the high power objective Back to board Correct Answer C3 -400 400 The glass rectangle you place your specimens on Back to board Correct Answer C3 -500 500 The plastic square you place on your specimen before placing it under the microscope Back to board Correct Answer C4 -100 100 Organism made of a single cell Back to board Correct Answer C4 -200 200 Organism made of 2 or more cells Back to board Correct Answer C4 -300 300 One benefit of being a unicellular organism Back to board Correct Answer C4 -400 400 One benefit of being a multicellular organism Back to board Correct Answer C4 -500 500 The reason that unicellular organisms can’t get too large Back to board Correct Answer C5 -100 100 A group of similar cells that work together to perform a specific task in the body Back to board Correct Answer C5 -200 200 A group of organs that works together to perform body functions Back to board Correct Answer C5 -300 300 A combination of two or more tissues that work together to perform a specific function in the body Back to board Correct Answer C5 -400 400 A membrane-covered structure that contains all of the necessary materials for life Back to board Correct Answer C5 -500 500 Anything that can independently carry out life processes Back to board Correct Answer DAILY DOUBLE Question The Big Picture Cell Structures Microscopes LAB Prok v. Euk 200 200 200 200 200 400 400 400 400 400 600 600 600 600 600 800 800 800 800 800 1000 1000 1000 1000 1000 To Round One To Final Jeopardy! C6 -200 200 All of the populations of different species that live and interact in an area Correct Answer Back to Board C6 -400 400 A group of individuals of the same species that live together in the same area at the same time Correct Answer Back to Board C6 -600 600 A community of organisms and their nonliving environment Correct Answer Back to Board C6 -800 800 An example of a population Correct Answer Back to Board C6 -1000 1000 An example of a community Correct Answer Back to Board C7 -200 200 A membrane-covered cell organelle that produces lipids, breaks down drugs and other substances, and packages proteins for delivery out of the cell Correct Answer Back to Board C7 -400 400 The presence of these make RER different form SER Correct Answer Back to Board C7 -600 600 An organelle found in plant and algae cells where photosynthesis occurs Correct Answer Back to Board C7 -800 800 The cell organelle that modifies, packages and transports materials out of the cell Correct Answer Back to Board C7 -1000 1000 A large membrane-covered structure found in plant cells that serves as a storage container for water and other liquids Correct Answer Back to Board C8 -200 200 The place on a microscope that supports the slide Correct Answer Back to Board C8 -400 400 If a W was placed on a microscope, the image would appear as this Correct Answer Back to Board C8 -600 600 The big knob used to focus the microscope in scanning power Correct Answer Back to Board C8 -800 800 The little knob used to focus in high power Back to Board Correct Answer C8 -1000 1000 The color of the low power objective Back to Board Correct Answer C9 -200 200 The organelles visible in the cheek cell Correct Answer Back to Board C9 -400 400 The organelles visible in the plant cell Back to Board Correct Answer C9 -600 600 The stain used in the cell lab Correct Answer Back to Board C9 -800 800 Do all the cells in your body look like your cheek cells? Yes or No and WHY? Correct Answer Back to Board C9 -1000 1000 The main differences between plant and animal cells Correct Answer Back to Board C10 -200 200 A cell that does not have a nucleus or any other membrane-covered organelles Correct Answer Back to Board C10 -400 400 A cell that contains a central nucleus and a complicated internal structure Correct Answer Back to Board C10 -600 600 Bacteria Correct Answer Back to Board C10 -800 800 Humans Correct Answer Back to Board C10 -1000 1000 The location of DNA in a prokaryotic cell Correct Answer Back to Board DAILY DOUBLE Question DAILY DOUBLE Question FINAL JEOPARDY CATEGORY Eukaryotic cells Where is the DNA in a eukaryotic cell? Correct Answer C1 - 100 100 Cell Membrane Back to board C1 - 200 200 Nucleus Back to board C1 - 300 300 Cell Wall Back to board C1 - 400 400 Mitochondria Back to board C1 -500 500 Ribosomes Back to board C2 - 100 100 Robert Hooke Back to board C2 - 200 200 Monk’s Rooms Back to board C2 - 300 300 Anton van Leeuwenhoek Back to board C2 - 400 400 Theodor Schwann Back to board C2 -500 500 Matthias Schleiden Back to board C3 -100 100 Eye piece and objectives Back to board C3 -200 200 10x Back to board C3 -300 300 40x Back to board C3 -400 400 Slide Back to board C3 -500 500 Cover slip Back to board C4 -100 100 Unicellular Back to board C4 -200 200 Multicellular Back to board C4 -300 300 Various answers Back to board C4 -400 400 Various answers Back to board C4 -500 500 Cells need a high surface area to volume ratio Back to board C5 -100 100 Tissues Back to board C5 -200 200 Organ system Back to board C5 -300 300 Organs Back to board C5 -400 400 Cell Back to board C5 -500 500 Organism Back to board C6 -200 200 Community Back to Board C6 -400 400 Population Back to Board C6 -600 600 Ecosystems Back to Board C6 -800 800 Various answers Back to Board C6 -1000 1000 Various answers Back to Board C7 -200 200 Endoplasmic Reticulum Back to Board C7 -400 400 Ribosomes Back to Board C7 -600 600 Chloroplast Back to Board C7 -800 800 Golgi complex Back to Board C7 -1000 1000 Vacuole Back to Board C8 -200 200 Stage Back to Board C8 -400 400 M Back to Board C8 -600 600 Course Adjustment Back to Board C8 -800 800 Fine adjustment Back to Board C8 -1000 1000 Yellow Back to Board C9 -200 200 Cell membrane Cytoplasm Nucleus Back to Board C9 -400 400 Cell membrane Chloroplast Cytoplasm Cell Wall Back to Board C9 -600 600 Iodine Back to Board C9 -800 800 No, the cells of the body look different because they perform different functions Back to Board C9 -1000 1000 Cell Wall and Chloroplast Back to Board C10 -200 200 Prokaryotic cells Back to Board C10 -400 400 Eukaryotic cells Back to Board C10 -600 600 Prokaryotic cells Back to Board C10 -800 800 Eukaryotic Back to Board C10 -1000 1000 Floating in the cytoplasm not contained in a nucleus Back to Board In the nucleus
