This is the first diagram of Transport booklet
Fluid Mosaic Membrane Model:
PASSIVE TRANSPORT NOTES:
TYPES OF OSMOSIS: click on image to get a larger image.
TYPES OF OSMOSIS: click on image to get a larger image.
HOMEWORK:
Please fill in pages 13, 15, 16 in transport booklet
Do not do pg 17 we will do this on Monday as a class .
Lab report write up will be posted this Sunday afternoon.
The lab is due Wednesday.
Those who did not do it yet are to be at school at 7am to complete the lab in room 235.
Do not do pg 17 we will do this on Monday as a class .
Lab report write up will be posted this Sunday afternoon.
The lab is due Wednesday.
Those who did not do it yet are to be at school at 7am to complete the lab in room 235.
8 comments:
Hey Mr. Smith.
I'm sorry that I had to miss Thursday and Friday.
I had committments to attend a Culture of Life Conference in Hamilton.
I can make it to school by 7am though.
Should I just read pages 19 and 20 or is there anything else I should know for the lab?
Please let me know asap.
Thanks.
Hey mr smith
i was wondering where you find the information for the pages on diffusion and osmosis in plant and animal cells i believe they are pages 12&13(counting only the pages with material on them)
Mr Smith,
Where do we find pages 13, 15, 16 in transport booklet?? Is that a new booklet you gave out n Thursday or Friday? Also mr.smith for the lab is it alright is dee and i come in monday morning at 7 to do our lab?
Mr smith !!
im a tad bit confused on how to do "types of solutions and responses of plant and animal cells" worksheet
can you help me out?
thanks:)
Mr Smith will you be posting the answers to the blanks on the page titled "Methods of Passive Transport" in the kit. i believe it is page 7.
i am also quite confused on how to do the "types of solutions and responses of plant and animal cells" worksheet
For the Types of Solutions and Responses of Plant and Animal Cells sheet:
You need to look at the picture and look at the water concentration inside of the cell and outside of the cell. The water concentration is shown by the X's. Then where is says osmosis you write what is going to happen to the water, remembering that is moves from high concentrations to low concentrations. After that you must write what will happen to the animal and plant cell after the osmosis. If it will be unchanged, if it will crenate, become turgid etc. Also, for the hypertonic solution and the hypotonic solution you must draw the new animal and plant cell after osmosis has occured. So draw the new cell with the increased or decreased concentration of water.
I hope this helps everyone.
thanks lindsay thats awesome
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