LabModule 4 Osmosis

Question 8 Homework • Unanswered Suppose two living plant cells are in contact with each other so that water, but not solutes, can pass between them. The cells have the same water potential. One cell has P = 0.3 MPa and us =-0.5 MPa, while the other cell has y5 = -0.3 MPa. What is the up of the second cell? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. P = 0.5 MPa a P = 0 MPa P = 0.1 MPa P = 0.8 MPa P = -0.8 MPa e Unanswered • 2 attempts left Submit Question 9 Homework• Unanswered What is the uP ofa living plant cell that has = -0.2 MPa and uS = -0.4 MPa? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a P = -0.2 MPa b P = 0.5 MPa P = 0.2 MPa d P = 0.08 MPa P = -0.6 MPa

Question 8 Homework • Unanswered Suppose two living plant cells are in contact with each other so that water, but not solutes, can pass between them. The cells have the same water potential. One cell has uP = 0.3 MPa and us = -0.5 MPa, while the other cell has uS =-0.3 MPa. What is the up of the second cell? Select an answer and submit. For keyboard navigation, use the up/down arrovw keys to select an answer. a P = 0.5 MPa P =O MPa P = 0.1 MPa P = 0.8 MPa P = -0.8 MPa Unanswered. 2 attempts left Submit Question 9 Homework • Unanswered What is the uP of a living plant cell that has ų = -0.2 MPa and uS =-0.4 MPa? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. P = -0.2 MPa a b P = 0.5 MPa P = 0.2 MPa P = 0.08 MPa P = -0.6 MPa

Please answer the first question

Flippase and scramblase play important roles in the movement of lipid molecules across a membrane bilayer. Match each characteristic with its associated phospholipid translocator. Flippase Scramblase

PLANT PHYSIOLOGY Water Transport in Plants 2. in water transport in plants, has the solution run through the entire stem of the plants? In what tissue/s was the solutiontransported?

Please answer the second question

What is isotonic solutions hypothetical concentration of solvent and solute?

SAMSUNG SCBIO124-Biology1-A X + qo2tZnoiFPc7w0Gpr1VyRRMpNInM/view QUESTION 1 Water potential is the pressure exerted by freely moving water molecules in a system. Describe the relationship between water potential with solute potential and pressure potential in plants. Plant cell P has a solute potential of-350 kPa and a pressure potential of 200 kPa. Besides, is plant cell Q which has a solute potential of -500 kPa and a pressure potential of 200 kPa. Determine the direction of net movement of water between the two cells by using the water potential equation. Explain the characteristics of water that make it such an important medium for life. If an athlete was heavily perspiring after an intense match game, suggest one type of replacement drink (with explanation) that he should take between hypertonic, isotonic and hypotonic drink to recover himself. 3:41 AM 81°F C ) ENG 14/8/2021

Please answer the second question

9:57 ← AP_5069_L04_DiffusionAndOsmosis.docx bluehost Sell where your customers shop. 4. How do osmotic power plants work? Start now PAGE 1/10 DIX ON 5G 5. Research the structures that protect plant and animal cells from damage resulting from osmotic pressure. Write a few paragraphs explaining what they are, how they work, and where they are located. ra

If I slid a plant cells with a water potential averaging -.5 MPa Are placed into solution with a water potential of -.3 MPa, which of the following would be the most likely outcome?

The water potential of three adjacent plant cells  are as follows: X 0kPa Y  -1000kPa Z -4000kPa In which direction will water move?

A plant cell with a ΨS of -0.65 MPa maintains a constantvolume when bathed in a solution that has a ΨS of -0.30 MPaand is in an open container. The cell has a(A) ΨP of +0.65 MPa.(B) Ψ of -0.65 MPa.(C) ΨP of +0.35 MPa.(D) ΨP of 0 MPa

Activity 3d - Osmosis in plant cells 1. Fill in the table below to indicate what happened to the elodea cells in each of the following solutions. Solution Hypertonic Isotonic Hypotonic Distilled water Activity 3e Osmosis in red blood cells 1. Summarize the results of the experiment in the table below. First, indicate what the tonicity (hypertonic, hypotonic or isotonic) of the solution is and then describe the appearance of the red blood cells. Solution 10% NaCl Will the cell membrane swell or shrivel? .9% NaCl What happens to the chloroplasts in the hypotonic solution? Why do you think that happens? Tonicity of the Solution Describe the appearance of the red blood cells 1. Saltwater fish live in an environment that is saltier than the inside of their cells. Explain which way water would move relative to the cells of their bodies (i.e. would water move in or out?).

The osmotic potential of the plant cell is -0.1 MPa and it is placed in an 9 mM sorbitol solution (21 °C). Calculate the turgor pressure of the cell when the water potential of the cell has equilibrated to the same as that of the solution.

PLANT PHYSIOLOGY Water Transport in Plants 2. Describe how water is transported from the base of the stem to the leaves.

LE Manage Sources Insert Table of Figures Insert Index Insert Table Update Index Update Tal Mark Style: APA Bibliography Insert Caption Update Table Cross-reference Captions Citation F Citations & Bibliography Index Table of Auth Questions 1. A) If the potato cells were hypotonic to the surrounding solution, the surrounding solution itself would be what to the potato cells (hypertonic, hypotonic, or isotonic)? B) Were the potato cells submerged in water with no salt hypertonic, hypotonic, or isotonic to the surrounding environment? C) Were the potato cells submerged in 5 g/100mL salt solution hypertonic, hypotonic, or isotonic to the surrounding environment? D) Look at your graph. At approximately what concentration of salt solution would the potato cells have likely been isotonic with the surrounding solution? [Tip: Estimate approximately at what concentration there would have been no change in the average length of potato strips.] dnote -tnote tes On Search Researcher Research (-)…

OO O O 5 TIME Remaning water. Below is a table showing data from an experiment in which leave disks were exposed to different colored light. The times it took for the leave disks to float to the surface are recorded under each light color column. The numbers in the left column indicate 10 groups conducted the experiment. Diagram 5: Experimental Set-Up for leaf discs under various colors of light Light color: Green Blue Plain Red Data collection and processing Recorded times for leaf dises ni sing for different colors - Trial I (seconds) (+2 Seconds ) Red Plain 80 170 209 172 183 333 40 80 89 97 102 121 124 138 152 162 377 184 4 380 462 398 167 510 6 516 380 546 381 565 642 820 899 381 558 9 10 A Table 1: This is the time that it took for the first 10 leaf discs to rise when exposed to light while submerged in water. (One of 3 trials) 612 604 1005 S58 Look at the data for leaf disk #2 in the Table 1. Under which color of light would the least amount of H* be available to pass through…

Choose the correct route of water transfer through the cell wall of root hair , cell membrane of cortex cell and epidermis cell Root hair Epidermis cells Cortex cells a imbibition osmosis osmosis b osmosis diffusion osmosis c active transport osmosis diffusion d permeability active transport diffusion (A) (B) (C) (D)

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Please answer question 2

4.3 INSTRUCTIONS — answer all the questions, they are all connected. QUESTION What root system (taproot or fibrous) is more efficient in absorbing water from a deeper source? (Explain your answer)

When leaf water potential increases why does hydraulic conductivity increase as well in plants?

In each problem below draw an arrow showing which way water will move/flow.  Is the solution hypertonic, hypotonic or isotonic?

Which of the following condition indicate a very dry soil? O Matric potential3D5 kpa O Matric potential=D0 kpa O Matric potential=-1000 kpa O Matric potential=-100 kpa O Osmotic potential= -10 pa dotermines tC