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a. What happened to the egg placed in water? What caused the change in the eggs' weight/size? b. What happened to the egg placed in corn syrup? What caused the change in the eggs' weight/size? c. What type of transport mechanism occurred in the cell membrane transport activity? Discuss.

a. What happened to the egg placed in water? What caused the change in the eggs' weight/size? b. What happened to the egg placed in corn syrup? What caused the change in the eggs' weight/size? c. What type of transport mechanism occurred in the cell membrane transport activity? Discuss.

Biology: The Dynamic Science (MindTap Course List)
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter5: Membranes And Transport
Section: Chapter Questions
Problem 10TYK: Using the principle of diffusion, a dialysis machine removes waste solutes from a patients blood....
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EGG OSMOSIS 1. Record the mass and circumference of each egg at day 1. (Measure the circumference around the widest part, not lengthwise.) 2. Put each egg in a container labeled Egg 1 and Egg 2. Pour in enough vinegar to cover the egg. Cover the container. Let it sit for at least 24 hours. 3. Observe your eggs at Day 2. Observe what happened to the egg shell at Day 2. What do you think causes it? 4. Rinse and dry each egg and measure the mass or circumference of each egg. Record your results for Day 2. 5. Empty the vinegar from the container for Egg 1 and rinse the container. Put Egg 1 back in the container and add water to cover the egg. Ensure that the egg is fully submerged in the water for at least 24 hours. 6. Empty the vinegar from the container for Egg 2 and rinse the container. Put Egg 2 back in the container and add corn syrup to cover the egg. Ensure that the egg is fully submerged in the corn syrup for at least 24 hours. 7. For Day 3, compare and contrast the appearance of the egg that has been in water vs. the egg that has been in corn syrup. 8. Rinse the corn syrup off of Egg 2. Dry each egg, and measure and record the mass or circumference for Day 3
Transcribed Image Text:EGG OSMOSIS 1. Record the mass and circumference of each egg at day 1. (Measure the circumference around the widest part, not lengthwise.) 2. Put each egg in a container labeled Egg 1 and Egg 2. Pour in enough vinegar to cover the egg. Cover the container. Let it sit for at least 24 hours. 3. Observe your eggs at Day 2. Observe what happened to the egg shell at Day 2. What do you think causes it? 4. Rinse and dry each egg and measure the mass or circumference of each egg. Record your results for Day 2. 5. Empty the vinegar from the container for Egg 1 and rinse the container. Put Egg 1 back in the container and add water to cover the egg. Ensure that the egg is fully submerged in the water for at least 24 hours. 6. Empty the vinegar from the container for Egg 2 and rinse the container. Put Egg 2 back in the container and add corn syrup to cover the egg. Ensure that the egg is fully submerged in the corn syrup for at least 24 hours. 7. For Day 3, compare and contrast the appearance of the egg that has been in water vs. the egg that has been in corn syrup. 8. Rinse the corn syrup off of Egg 2. Dry each egg, and measure and record the mass or circumference for Day 3
Questions a. What happened to the egg placed in water? What caused the change in the eggs' weight/size? b. What happened to the egg placed in corn syrup? What caused the change in the eggs' weight/size? c. What type of transport mechanism occurred in the cell membrane transport activity? Discuss.
Transcribed Image Text:Questions a. What happened to the egg placed in water? What caused the change in the eggs' weight/size? b. What happened to the egg placed in corn syrup? What caused the change in the eggs' weight/size? c. What type of transport mechanism occurred in the cell membrane transport activity? Discuss.
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