1. a) Construct two molecules, each with 4 carbons, with one being soluble in water and the other being insoluble in water. Insert the two molecules into the space below. Soluble Insoluble b) Describe the differences in the two molecules which accounts for their differing solubility. | 2. a) Construct a glucose molecule. Insert below (Marks: 2) b) What functional groups are present in a glucose molecule (Hint: Think straight chain). (Marks: 2)
1. a) Construct two molecules, each with 4 carbons, with one being soluble in water and the other being insoluble in water. Insert the two molecules into the space below. Soluble Insoluble b) Describe the differences in the two molecules which accounts for their differing solubility. | 2. a) Construct a glucose molecule. Insert below (Marks: 2) b) What functional groups are present in a glucose molecule (Hint: Think straight chain). (Marks: 2)
Chapter3: Molecules Of Life
Section: Chapter Questions
Problem 13SA
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Only question 1 please
![1. a) Construct two molecules, each with 4 carbons, with one being soluble in water and the
other being insoluble in water. Insert the two molecules into the space below.
Soluble
Insoluble
b) Describe the differences in the two molecules which accounts for their differing
solubility.
2. a) Construct a glucose molecule. Insert below (Marks: 2)
b) What functional groups are present in a glucose molecule (Hint: Think straight chain).
(Marks: 2)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc317648-0720-438d-9597-4037b9793f96%2Fe40a1648-dff4-41a1-b255-a28dc5326aac%2Fc0zjbgf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. a) Construct two molecules, each with 4 carbons, with one being soluble in water and the
other being insoluble in water. Insert the two molecules into the space below.
Soluble
Insoluble
b) Describe the differences in the two molecules which accounts for their differing
solubility.
2. a) Construct a glucose molecule. Insert below (Marks: 2)
b) What functional groups are present in a glucose molecule (Hint: Think straight chain).
(Marks: 2)
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