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Laabri

Copy of Macromolecules and Enzymes Videos w/Questions (5/28/2026)

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Last updated 2 months ago
19 Nsɛmmisa
Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

Instructions:

  1. Watch and listen to each video throughout without attempting to answer the questions.

  2. Back the video up to the beginning and replay it.

  3. The questions will open up, one at a time, immediately after the video section addresses the question.

  4. Type in the answer to each question from the video.

  5. If you didn't hear it, scroll the video player back to the beginning of that section and replay it

  6. When you are complete, do the exit ticket and then submit it.

Instructions:

  1. Watch and listen to each video throughout without attempting to answer the questions.

  2. Back the video up to the beginning and replay it.

  3. The questions will open up, one at a time, immediately after the video section addresses the question.

  4. Type in the answer to each question from the video.

  5. If you didn't hear it, scroll the video player back to the beginning of that section and replay it

  6. When you are complete, do the exit ticket and then submit it.

Question 1
01:00
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Question 2
01:26
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Question 3
01:36
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Question 4
01:46
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Question 5
02:01
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Question 6
03:18
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Question 7
03:40
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Question 8
04:32
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Question 9
05:16
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Question 10
05:48
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Question 11
06:33
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Question 12
01:16
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Question 13
01:33
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Question 14
01:52
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Question 15
02:06
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Question 16
02:30
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Question 17
04:11
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Question 18
05:17
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Question 19
06:48
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1
Asemmisa {{asɛmmisaAhyɛnsode}}
1.

The building blocks of biomolecules are called

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2.

The monomer of a carbohydrate is a .One example of a monosaccharide is the sugar

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3.

If two monosaccharides are combined, you can get a

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4.

The name of most sugars tend to end in .

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5.

To form a , many monosaccharides are joined together.

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6.

Generally, lipids are

meaning they don’t like water.

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7.

Lipids make up the

structure of cell membranes.

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8.

The monomer of a protein is an .

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9.

Most enzymes are made of .

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10.

Nucleic acids like DNA and RNA have a monomer called a .

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11.

Cells contain genetic information in the form of and .

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12.

Many enzymes focus on breaking down certain .

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13.

Amylase is an enzyme that breaks down .

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14.

Lipase is an enzyme that breaks down .

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15.

Pepsin and trypsin are enzymes that break down .

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16.

Nucleases break down phosphodiester bonds in and .

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17.

Cofactors tend to be like zinc or iron; while coenzymes tend to be like vitamins.

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18.

Competitive inhibitors tend to sit in the , while voncompetitive inhibitors bind to an site.

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19.

Feedback inhibition involves a product inhibiting an earlier in the pathway.