5. For each of the situations below use arrows to indicate the net movement of sugar into or ot of the cell. (Assume that the sugar molecules can pass through the cell membrane in each case) 1% sugar 3% sugar 1% sugar 1% sugar 1% sugar 5% sugar 6. Are the scenarios above an example of diffusion or osmosis? Expla in.

5. For each of the situations below use arrows to indicate the net movement of sugar into or ot of the cell. (Assume that the sugar molecules can pass through the cell membrane in each case) 1% sugar 3% sugar 1% sugar 1% sugar 1% sugar 5% sugar 6. Are the scenarios above an example of diffusion or osmosis? Expla in.

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Similar questions

Explain (using the correct terminology and drawing an image) what happens to the cells in the following environments: A human blood cell (0.9% salt) is placed in a saltwater tank (27.5% salt). - A bacterial cell with 35% organic material in their cytoplasm is living in a tank filled with 35% sulfur. - A freshwater plant cell (75% water) is living in a pond that floods over.
For this example of osmosis, there are two concentrations in the solution and the cell. I'm confused as to which one to look at in response to figure out if the cell is hypertonic or hypotonic. Is it in relation to the fructose or the glucose?
1.Base on your understanding of plant and animal cell osmosis, what condition do you think plant cells prefer? 2. What condition do you think animal cells prefer? Consider the question: How is solute concentration related to the change in the weight of plant cells (like potato cells)? 5. Write a hypothesis from the above question. Write one if statement and make three predictions(then statements) regarding how the cell will change (weight) in (1) hypertonic,(2) hypotonic, and (3) isotonic conditions:
please help
2. Assuming no contact inhibition and optimal nutrient and waste transport, graph the cell concentration as a function of time (up through 72 hours) for the following conditions: a. μ =0.10 h-¹; Xo = 1 X 100 cells b. to 24 hrs; Xo = 10 cells c. μ= 0.00001 h-¹; No = 1 X 10° cells d. With a basic knowledge of rates of cell turnover and division in various human tissues, what kinds of cells are best described by the graph in a? b? and c?
21. Setup A contains a sucrose concentration of 30% , while setup B’s sucrose concentration is 15% Both were placed in a breaker of pure water. Which had the greater difference in concentration of water across the membrane?
View Acrobat Q Tell me A A Aa v Ao 11 - ab x, x A A v 三===|m。|av田。 Styles Styles Pane Dic. Identify the following as Active or Passive transport. (A. Active B. Passive) 1. Diffusion 2. Requires energy 3. Facilitated transport 4. Movement against concentration gradient Match the following tonicities with the correct description 5. Water concentration equal to that of the cell A. Hypertonic B. Isotonic 6. Solute concentration greater than the cell C. Hypotonic 7. Causes turgor pressure in plant cells 8. Net Movement of water into the cell
1. Which of these compounds will cross the cell membrane without the aid of a membrane transport protein, and why? H3 NH NH 2. By what transport process will the above compound be transported? What are the factors which drive movement across the membrane in this process? Does this process require input of energy?
6- One of the following is an example about the secondary active transport: a- Glucose/ Na* C- H/k b- Kt/Nat d- None of the above