7. How do you explain the volume of liquid remaining when the egg was removed from the 1 cup syrup solution? a. The solution remained the same since the concentration is balanced. b. Equilibrium was not reached resulting to increase in volume. c. The solution increased in volume since the solute concentration in the syrup is greater than inside the cell. d. Equilibrium was reached when the volume of the solution decreased. 8. Why are fresh vegetables sprinkled with water at markets? a. Vegetables will have lower temperature when water is sprinkled. b. Water will diffuse into the vegetables and keep them plump and allow them look fresh. c. Water will move out of the cell making it crispier. d. Water adds weight in the vegetables. 9. Vinegar is made of acetic acid and water. Explain how it was able to remove the calcium shell. Calcium carbonate is water soluble, thus is dissolved in acetic acid and water. The reaction of the acetic acid and calcium carbonate of the egg shell produces calcium acetate and carbonic acid, which then decomposes into water and carbon dioxide. Calcium present in shells can easily react with acetic acid forming acids that makes the egg become rubbery and the shell becomes flexible. Acetic acid reacts with the carbons present in the shells and making the shell break and dissolve in water. а. b. с. d.
7. How do you explain the volume of liquid remaining when the egg was removed from the 1 cup syrup solution? a. The solution remained the same since the concentration is balanced. b. Equilibrium was not reached resulting to increase in volume. c. The solution increased in volume since the solute concentration in the syrup is greater than inside the cell. d. Equilibrium was reached when the volume of the solution decreased. 8. Why are fresh vegetables sprinkled with water at markets? a. Vegetables will have lower temperature when water is sprinkled. b. Water will diffuse into the vegetables and keep them plump and allow them look fresh. c. Water will move out of the cell making it crispier. d. Water adds weight in the vegetables. 9. Vinegar is made of acetic acid and water. Explain how it was able to remove the calcium shell. Calcium carbonate is water soluble, thus is dissolved in acetic acid and water. The reaction of the acetic acid and calcium carbonate of the egg shell produces calcium acetate and carbonic acid, which then decomposes into water and carbon dioxide. Calcium present in shells can easily react with acetic acid forming acids that makes the egg become rubbery and the shell becomes flexible. Acetic acid reacts with the carbons present in the shells and making the shell break and dissolve in water. а. b. с. d.
Chapter8: Forms Of Drugs And How They Act
Section: Chapter Questions
Problem 30RQ
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Transcribed Image Text:7. How do you explain the volume of liquid remaining when the egg was removed from the 1 cup syrup
solution?
a. The solution remained the same since the concentration is balanced.
b. Equilibrium was not reached resulting to increase in volume.
c. The solution increased in volume since the solute concentration in the syrup is greater than inside
the cell.
d. Equilibrium was reached when the volume of the solution decreased.
8. Why are fresh vegetables sprinkled with water at markets?
a. Vegetables will have lower temperature when water is sprinkled.
b. Water will diffuse into the vegetables and keep them plump and allow them look fresh.
c. Water will move out of the cell making it crispier.
d. Water adds weight in the vegetables.
9. Vinegar is made of acetic acid and water. Explain how it was able to remove the calcium shell.
Calcium carbonate is water soluble, thus is dissolved in acetic acid and water.
The reaction of the acetic acid and calcium carbonate of the egg shell produces calcium acetate
and carbonic acid, which then decomposes into water and carbon dioxide.
Calcium present in shells can easily react with acetic acid forming acids that makes the egg
become rubbery and the shell becomes flexible.
Acetic acid reacts with the carbons present in the shells and making the shell break and dissolve
in water.
а.
b.
с.
d.
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