READ THIS:

Mrs. Fernandez took several raw eggs with their shells (as seen in the picture below) and placed them in a container full of vinegar and let them soak over night.

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The vinegar "decalcifies" (breaks down) the shell of the egg, leaving behind an egg with no shell...

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The squishy, flexible membrane that is left behind after the shell is dissolved away is semi-permeable, like a cell membrane.

SCENARIO #1:

Read this!

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into a pure water solution.

Nødvendig

1

Place the percentages (%) into the correct spot.
Then in the boxes outside label which is the HIGH concentration and which is the LOW concentration.
Then place the arrow to show which way the water molecules will move.

Andre svarmuligheder:

LOW

100% (pure) water

74% Water

HIGH

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Nødvendig

1

Based on your illustration in Question 3, which way will the WATER molecules move?

Into the decalcified egg.

Out of the decalcified egg.

Nødvendig

1

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

A. The decalcified egg will get smaller, because it is losing water.

B. The decalcified egg will get smaller, because it is gaining water.

C. The decalcified egg will get larger, because it is gaining water.

D. The decalcified egg will get larger, because it is losing water.

SCENARIO #2:

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into corn syrup, which is only 24% water.

Nødvendig

1

Based on this information, what is the concentration of WATER inside the decalcified egg?

24%

76%

26%

74%

Nødvendig

1

Nødvendig

1

Place the percentages (%) into the correct spot.
Then in the boxes outside label which is the HIGH concentration and which is the LOW concentration.
Then place the arrow to show which way the water molecules will move.

Andre svarmuligheder:

LOW

HIGH

74% Water

24% Water

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Nødvendig

1

Based on your illustration in Question 9, which way will the WATER molecules move?

Into the decalcified egg.

Out of the decalcified egg.

Nødvendig

1

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

The decalcified egg will get smaller, because it is gaining water.

The decalcified egg will get larger, because it is losing water.

The decalcified egg will get smaller, because it is losing water.

The decalcified egg will get larger, because it is gaining water.

EGGcellent Work!

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Osmosis Lab - Makeup Work

EGGcellent Work!

Osmosis Lab - Makeup Work

SCENARIO #1:

Read this!

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into a pure water solution.

Based on your illustration in Question 3, which way will the WATER molecules move?

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

SCENARIO #2:

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into corn syrup, which is only 24% water.

Based on this information, what is the concentration of WATER inside the decalcified egg?

Based on your illustration in Question 9, which way will the WATER molecules move?

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

EGGcellent Work!

SCENARIO #1:

Read this!

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into a pure water solution.

Based on your illustration in Question 3, which way will the WATER molecules move?

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

SCENARIO #2:

Mrs. Fernandez placed a decalcified egg (an egg with no shell), which is 74% water and 26% other molecules, into corn syrup, which is only 24% water.

Based on this information, what is the concentration of WATER inside the decalcified egg?

Based on this information, what is the concentration of WATER outside the decalcified egg?

Based on your illustration in Question 9, which way will the WATER molecules move?

MAKE A PREDICTION: What will happen to the size of the decalcified egg and why?

Based on this information, what is the concentration of WATER outside the decalcified egg?