To determine: The things required for a cell to make it large.
Introduction: The discovery of the cell was given by the Dutch scientist called Robert Hooke in 1665. Another Dutch microbiologist, Anton van Leeuwenhoek, was observed living cells which termed ‘animalcules.’
Explanation of Solution
A cell is the smallest part that can be visible only under the microscope. A structure of a cell consists of four major features that are common in all cell types, such as a nucleoid or nucleus, cytoplasm, ribosomes, and a plasma membrane. A nucleoid or nucleus contains the genetic information of an individual.
In a eukaryotic cell, the nucleus is covered by a membrane called the nuclear envelope. The DNA is carrying the genes that code for the protein synthesis by the cell. The cytoplasm is a semifluid matrix that presents inside the cell and contains sugars, amino acids, and proteins.
These molecules carry daily activities. A cell is consisting of a plasma membrane that is responsible for separating its content from its environment. The plasma membrane is made up of a phospholipid membrane. The ribosomes are present in prokaryotic cells that carry out protein synthesis. All this content is to make the cell larger because the cell is responsible for carrying all the body functions.
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Chapter 4 Solutions
Biology
- 1. Identify features that are present in eukaryotic cells but not in prokaryotic cells. Select all that apply. 2. What part of all cells encases the cytoplasm and forms a boundary between the cell interior and cell exterior? 3. What structure is found in plant cells but not in animal cells? 4. In plant cells, what structure lies just outside the cell membrane and provides strength and support to the plant cell? 5. What structure found in plant cells is an organelle for storing water and metabolites? 6. Identify the features common to all cells. 7. Identify the features present in animal cells.arrow_forwardThis specimen is? Choices from number 2 A. Too large to be a typical eukaryotic cell but could be multicellular B. Within the normal size range of a typical eukaryotic cell C. Too small to be a typical eukaryotic cell, but could be a prokaryotic cell D. Too small to be any type of cellarrow_forwardDiscussion: Cells Part 1 is due Wed by 11:59 pm; Part 2 is due Sun by 11:59 pm Part 1. Add a new post. Pick TWO membrane-bound organelles from the list below, and explain what you think is the connection between them. • nucleus ● rough ER • smooth ER Golgi lysosome ● mitochondrion ● chloroplast ● ● Part 2. After you have finished Part 1, read the other posts and respond to two others by adding a THIRD organelle and explaining its connection to the first two.arrow_forward
- Instructions: Fill out the Venn diagram below on information regarding the parts of eukaryotic (plant and animal) cell and prokaryotic (bacterial) cell. Overlapping areas are cell parts that are common to both types of cells.arrow_forwardThis specimen is? Choices from number 2 A. Too large to be a typical eukaryotic cell but could be multicellular B. Within the normal size range of a typical eukaryotic cell C. Too small to be a typical eukaryotic cell, but could be a prokaryotic cell D. Too small to be any type of cellarrow_forwardWhy are all organelles needed to survivearrow_forward
- IStructureSE Add-ons Help Last edit was seconds ago Arial 8. BIU A 1 1 2 3 4 6 Match: Read about each organelle. Then match each organelle to its function/description. Capsule A. Hair-like structure that the cell uses for movement. Nucleoid B. Hair-like structure that attaches the cell to a surface and can transfer genetic material from one cell to another. C. Region inside the cell that contains genetic material but is not surrounded by a nuclear membrane. Plasmid Flagellum D. Outermost layer of the cell that provides protection. Pilus E. Circular piece of genetic material. Cempare Wh hecterialcell animal coll2arrow_forwardI need the correct answer pleasearrow_forwardDiscuss the following: • Golgi Apparatus • Peroxisome •lysosome Please help me. Thank youarrow_forward
- ← Classwork for Pre-AP Geometr X → C D G sd206.org bookmarks ► DeltaMath ◄ Previous Activity r16.core.learn.edgenuity.com/player/ Supreme Court Cas... Be New Tab Night School - Biology - Semester 1 The Function of Organelles Instruction Active Success Confirmation of Ques TRY IT Animal Cell Organelles Use the drop-down menus to identify the organelles labeled on the animal cell to the right. Label A Label B Label C Label D DONE A Night School - Biology - Semes x B SUD ► lil uzi vert - xo tour life + p с D ¹× + English 129 X * 0: Ingrid Lyons Next Activity +arrow_forwardplease use hand writearrow_forwardCh 6 – The Cell What is the difference between the light microscope, scanning electron microscope and transmission electron microscope? Define the cell theory. Give examples of eukaryote cells. What is the difference between prokaryotes and eukaryotes? List all the organelles of a eukaryote cell with their function. Describe the detailed structure of all eukaryote organelles. What is the difference between a plant cell and animal cell? List the organelles that are part of the endomembrane system. Describe how the organelles of the endomembrane system function as a factory of the cell. Describe the structure of the mitochondria and chloroplast. Which organelle has one layer of membrane? Which organelle has more than one layer (state how many layers) of membrane? List the 3 types of cytoskeleton. Give examples for each type. Describe the function of each type of cytoskeleton. Book: Biology (Campbell) 11 edition Urry. Cain. Wasserman. Minorsky. Reecearrow_forward
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