Part A - Comparing plant cells and animal cells Plant cells and animal cells share many of the same structures, but each type of cell also has unique structures. In this activity, you will indicate which cell structures are found only in plant cells, only in animal cells, or in both plant and animal cells. Drag each cell structure to the appropriate bin. If a structure is found in both plant cells and animal cells, drag it to the "both" bin. ► View Available Hint(s) chloroplast plant cell only cellulose cell wall mitochondrion endoplasmic reticulum. central vacuole nucleus animal cell only plasma membrane Golgi apparatus both centriole Reset cytoskeleton Help

Part A - Comparing plant cells and animal cells Plant cells and animal cells share many of the same structures, but each type of cell also has unique structures. In this activity, you will indicate which cell structures are found only in plant cells, only in animal cells, or in both plant and animal cells. Drag each cell structure to the appropriate bin. If a structure is found in both plant cells and animal cells, drag it to the "both" bin. ► View Available Hint(s) chloroplast plant cell only cellulose cell wall mitochondrion endoplasmic reticulum. central vacuole nucleus animal cell only plasma membrane Golgi apparatus both centriole Reset cytoskeleton Help

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter4: Cell Structure

Section: Chapter Questions

Problem 22RQ: Which of the following are only in plant cells? gap junctions desmosomes plasmodesmata tight...

See similar textbooks

Similar questions

label cell structures. the photo is of stained mammalian cellsthat are under under a compound light microscope at 400x total magnification. the cells were treated with cell fixing agent, methylene blue stain, and eosin stain.
please choose correct letter and explain a bit 1. The strongest way by which a protein can maintain its shape is by using:a) ionic bonds b) disulfide bonds c) star war forces d) van der Waals forces 2. If a cell (like an amoeba) would be capable of migrating from one place to another only with movement created from the inside of the cell, then we can say that that movement is done mainly by: a) glycoproteins b) feet c) microtubules d) actin filaments True or False: In eukaryotic cells (such as human cells), the variety and diversity of proteins is much less than the variety and diversity of lipids.
Part A: Please help me identify Parts A, B, and C. • answer choices for A: Chloroplasts, DNA, Plasma Membrane • Answer choices for B: DNA, Cytoplasm, Chloroplasts •Answer choices for C: DNA, Chloroplasts, Plasma Membrane Part B: Fill in the blanks. In the image, the DNA _____ contained in a membrane-bound nucleus. This means that the cell shown is an example of a _____ cell. Answer choices for the first blank: is or is not. Answer Choices for the second blank: Prokaryotic or Eukaryotic
MAIN IDEA: Eukaryotic cells have an extensive and dynamic framework called a cyto- skeleton. The cytoskeleton is used for cell shape, internal structure, movement, and cell division. Many cells are surrounded by and supported by a complex extracellular matrix and are able to interact with adjacent cells and the environment via cell junctions. 5. List three common components of microtubules and microfilaments.
Tabulation of the differences between Eukaryotic and Prokaryotic Cells (Graphic Organizer) Name 10 parts of the cell and mark their differences: just mark (/) if present and (X) if absent. Example: Cell Eukaryotic Eukaryotic Prokaryotic Parts of the Plants Animal Bacteria cell 1. nucleus (/) (/) (X) 2.
How much? How might one even define a cell as different if cells look the same morphologically?
CELL STRUCTURE AND FUNCTION – EUKARYOTES, PROKARYOTES AND VIRUSES-LABORATORY REPORT SHEET ACTIVITY 2: CELL MEMBRANES, OSMOSIS AND DIFFUSION Initial Volume (Vi) (mL) Final Volume (Vf) (mL) Change in Volume (Vi – Vf) (mL) A 20% sucrose 20% sucrose 92.0 mL 94.0 mL -2.0 mL B 40% sucrose 20% sucrose 92.0 mL 92.0 mL 0.0 mL C 20% sucrose 40% sucrose 92.0 mL 90.0 mL 2.0 mL Treatment Percent Change A -2% B 0% C 2% Hypothesize which dialysis bags should gain, lose or stay the same in regards to volume. Explain. Which solution is hypotonic, hypertonic and isotonic? Explain what the change in volume of the dialysis tube indicated and describe what happened when the volume increased and when the volume decreased. Explain the relationship between solute concentration and amount of free water or water available for movement.
Fill in the table based on the data Table 1a Why Are Cells Small Length (l) (cm) Width (w) (cm) Height (h) (cm) Size of Cross Section (h x w) (cm) Distance Traveled by IKI from Potato Edge (cm) Area of White Region (l x w) (cm) 2.50 2.50 2.50 6.25 cm 0.20 cm 2.64 cm 2.00 2.00 1.00 2.00cm 0.30 cm 1.87 cm 1.50 1.50 1.50 2.25 cm 0.50 cm 1.50 cm 1.00 1.00 1.00 1.00 cm 0.40 0.60 cm 2.00 0.50 0.50 0.25 cm 0.20 cm 0.15 cm 0.50 0.50 0.50 0.25 cm 0.30 cm 0.10 cm
Model 3 - Animal Cell vs. Plant Cell Animal Cell O 16. Do both cells in Model 3 have a nucleus? 17. Do both cells in Model 3 have mitochondria? Plant Cell 18. Describe at least three differences between the animal and plant cells shown in Model 3.
PART D: CALCULATING THE ACTUAL SIZE OF A CELL. Once you know your microscope's diameter of the field of view, you can now calculate the actual size of your specimen. t you The ACTUAL SIZE of the specimen is the real size of the cell you are looking at. When you look at the cells through the microscope, the cells look very tiny. It is possible to determine the actual size of the cells you are looking at under LP.MP and HP. We will determine the actual size of a cell under HP. Step 1- Look at the cells under HP MAG. Step 2- Pick one cell you want to know the size of. Step 3- Imagine that this cell is placed along the left side of the field of view. (see example) Step 4-Estimate how many cels could fit across the field of view. 5- Record your answer Step 6- Use the formula below to calculate the actual size of your cell NOTE: Cells are very tiny therefore; the size of a cell is calculated in micrometers (um) and not mm. Cell size in (mm) ACTUAL SIZE OF CELL= HIGH POWERFOV.diameter of…
2. "My Life As a Protein" Write a short story about your life as a chemical message/protein that was created by the nucleus. i. ii. iii. iv. Describe your journey through the cell after the nucleus has given the instructions to have you made. Describe how each of the organelles affects your journey as you travel through the cell and ultimately, through the cell membrane. Organelles you should mention include the nucleus, nuclear membrane, nucleolus, ribosomes, endoplasmic reticulum, cytoplasm, Golgi body, and plasma/cell membrane. Be creative and describe as many organelles as you can.
OCX at References Review View Help RCM Tell me what you want to do I Editia A A BI U A ニvニv言 ... 5. Use the photo above to answer the following questions: a. Is this cell plant or animal? b. What are the green circular structures? c. What do you think is in the seemingly large open spate within the cell? d. What is dividing the cells (separating the cells from one another)? prt sc home end Insert F10 F11 6 8. W E R