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Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH...

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Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH
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Page 1: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

Bio-Chem. and Bio-Molecules

Bio Review Game

ROUND 1 – 5 POINTS EACH

ROUND 2 – 10 POINTS EACH

ROUND 3 - 15 POINTS EACH

Page 2: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. If a large molecule is called a polymer, what would be another name for the subunits of that

molecule?

Page 3: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. If a large molecule is called a polymer, what would be another name for the subunits of that

molecule?

Monomers

MONO MEANS ONE. POLY MEANS MANY

MANY MONOMERS BOND TO MAKE A POLYMER

EXAMPLE: MANY AMINO ACIDS (monomers) BOND TO MAKE A PROTEIN (polymer)

Page 4: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

2. You would most likely be consuming amino acids if you ate which food item below?

A. B.

C. D.

Page 5: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

2. You would most likely be consuming amino acids if you ate which food item below?

A. B.

C. D.

Page 6: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

3. Mitochondria take food energy and transform it into ___________ ___________.

Page 7: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

3. Mitochondria take food energy and transform it into ___________ ___________.Chemical Energy

Page 8: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What is the sub-unit (building block) of carbohydrates?

Page 9: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What is the sub-unit (building block) of carbohydrates?

monosaccharide

MONOSACCHARIDES ARE SIMPLE SUGARS

Page 10: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Which bio-molecule is insoluble in water?

Page 11: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Which bio-molecule is insoluble in water?

LIPIDS (EX: OILS AND WAXES) ARE NON-POLAR, THEREFORE NOT ATTRACTED TO AND PULLED APART BY WATER MOLECULES- SO THEY

DO NOT DISSOLVE IN WATER.

LIPIDS

Page 12: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

ROUND 2

Page 13: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. These proteins increase the rate of chemical reactions?

Chicken feet

Page 14: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. These proteins increase the rate of chemical reactions?

Chicken feet

ENZYMES

CHEMICAL REACTIONS OCCUR WHEN THINGS ARE BROKEN DOWN OR PUT TOGETHER. ENZYMES ARE PROTEINS WERE MATERIALS

(SUBSTRATES) ATTACH SO A CHEMICAL REACTION CAN TAKE PLACE.

Page 15: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

2. Photosynthesis uses carbon dioxide, water, and sunlight to make glucose (sugar) and

oxygen. What does Cellular Respiration use in order to make carbon dioxide, water, and ATP?

Page 16: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

Glucose (sugar) and Oxygen

Page 18: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

3. Saturated fat comes from ______ products.

A. Human

B. Soy

C. Animal

D. Plant

THIS IS THE “BAD FAT” THAT IS SOLID AT ROOM TEMPERATURE. EXAMPLES ARE BUTTER AND LARD

Page 19: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What is the subunit or building block of a DNA polymer?

Page 20: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What is the subunit or building block of a DNA polymer?

NUCLEOTIDE

NUCLEOTIDES BONDED TOGETHER

MAKES UP A NUCLEIC ACID.

Page 21: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Plant cells carry out photosynthesis. Which type of cells carry out cellular respiration?

A. only plant cells

B. only animal cells

C. plant and animal cells

D. chloroplasts

Page 22: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Plant cells carry out photosynthesis. Which type of cells carry out cellular respiration?

A. only plant cells

B. only animal cells

C. plant and animal cells

D. chloroplasts

Page 23: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

What are the 3 parts to a DNA nucleotide?

WORTH 20 POINTS

Page 24: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

What are the 3 parts to a DNA nucleotide?

WORTH 20 POINTS

PHOSPHATE

SUGAR

NITROGENOUS BASE

Page 25: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

ROUND 3

Page 26: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. Animals store carbs as GLYCOGEN, whereas plants store carbs as _________?

Page 27: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

1. Animals store carbs as GLYCOGEN, whereas plants store carbs as _________?

STARCH

Page 28: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

2. (a)__________ gas is produced during Photosynthesis, and (b)____________ gas is

produced during Cellular Respiration.

Page 29: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

2. (a)__________ gas is produced during Photosynthesis, and (b)____________ gas is

produced during Cellular Respiration.

OxygenCarbon Dioxide

Page 30: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

3. DNA holds the instructions for making ___.

Page 31: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

3. DNA holds the instructions for making ___.

PROTEINS

Page 32: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What substance is found contained in chloroplasts that absorbs energy from sunlight?

Page 33: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

4. What substance is found contained in chloroplasts that absorbs energy from sunlight?

CHLOROPHYLL

Page 34: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Why can’t an enzyme break down any molecule that is around?

Page 35: Bio-Chem. and Bio-Molecules Bio Review Game ROUND 1 – 5 POINTS EACH ROUND 2 – 10 POINTS EACH ROUND 3 - 15 POINTS EACH.

5. Why can’t an enzyme break down any molecule that is around?

Because a specific molecule has to fit like a

puzzle piece to the enzyme.


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