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Page 1: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two
Page 2: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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300 300 300 300 300

400 400 400 400 400

500 500 500 500 500

Comparati

ve

AnatomyComparativ

e

Biochemist

ry

Organic

Evolution

Evolutio

n

Theories Reprod

uc-tion

Round TwoRound Two

Page 3: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

100 100 100 100 100

200 200 200 200 200

300 300 300 300 300

400 400 400 400 400

500 500 500 500 500

Geneti

cs Botany

Animals

EcologyBody

System

s

ENDENDRound OneRound One

Page 4: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

CHECK YOUR ANSWERCHECK YOUR ANSWER

Comparative Anatomy FOR 100

Comparative Anatomy FOR 100

Cells with a true nucleus

Cells with a true nucleus

Page 5: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are eukaryotes?

What are eukaryotes?

Comparative Anatomy FOR 100

Comparative Anatomy FOR 100

Page 6: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Control center of the cell; houses

DNA

Control center of the cell; houses

DNA

Comparative Anatomy FOR 200

Comparative Anatomy FOR 200

Page 7: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the nucleus?

What is the nucleus?

Comparative Anatomy FOR 200

Comparative Anatomy FOR 200

Page 8: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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This cell organelle is responsible for

the production of proteins

This cell organelle is responsible for

the production of proteins

Comparative Anatomy FOR 300

Comparative Anatomy FOR 300

Page 9: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the ribosome?

What is the ribosome?

Comparative Anatomy FOR 300

Comparative Anatomy FOR 300

Page 10: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Diffusion of water across a

semipermeable membrane

Diffusion of water across a

semipermeable membrane

Comparative Anatomy FOR 400

Comparative Anatomy FOR 400

Page 11: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is osmosis?What is

osmosis?

Comparative Anatomy FOR 400

Comparative Anatomy FOR 400

Page 12: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The cell powerhouses; these organelles produce

energy

The cell powerhouses; these organelles produce

energy

Comparative Anatomy FOR 500

Comparative Anatomy FOR 500

Page 13: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are mitochondria?

What are mitochondria?

Comparative Anatomy FOR 500

Comparative Anatomy FOR 500

Page 14: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Name the four main organic molecules.

Name the four main organic molecules.

Comparative BIOCHEMISTRY FOR

100

Comparative BIOCHEMISTRY FOR

100

Page 15: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Carbohydrates, Proteins, Lipids, &

Nucleic Acids

Carbohydrates, Proteins, Lipids, &

Nucleic Acids

Back

Comparative BIOCHEMISTRY FOR

100

Comparative BIOCHEMISTRY FOR

100

Page 16: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

200

Comparative BIOCHEMISTRY FOR

200

Six elements common to all living things

Six elements common to all living things

Page 17: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

200

Comparative BIOCHEMISTRY FOR

200

What are carbon, hydrogen, nitrogen, oxygen, phosphorus, & sulfur (CHNOPS)

What are carbon, hydrogen, nitrogen, oxygen, phosphorus, & sulfur (CHNOPS)

Page 18: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

300

Comparative BIOCHEMISTRY FOR

300

A solution with a pH less than 7; Greater than 7

A solution with a pH less than 7; Greater than 7

Page 19: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

300

Comparative BIOCHEMISTRY FOR

300

What is an acid? A base?

What is an acid? A base?

Page 20: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

400

Comparative BIOCHEMISTRY FOR

400

The building blocks of proteins

The building blocks of proteins

Page 21: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

400

Comparative BIOCHEMISTRY FOR

400

What are Amino acids?

What are Amino acids?

Page 22: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

500

Comparative BIOCHEMISTRY FOR

500

Abundant substance that makes up 75% of

the earth’s surface & is needed by all living

things

Abundant substance that makes up 75% of

the earth’s surface & is needed by all living

things

Page 23: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Comparative BIOCHEMISTRY FOR

500

Comparative BIOCHEMISTRY FOR

500

What is water?What is water?

Page 24: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Organic Evolution FOR 100

Organic Evolution FOR 100

A cell’s ability to maintain its internal environment despite

changes on the outside

A cell’s ability to maintain its internal environment despite

changes on the outside

Page 25: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is homeostasis?

What is homeostasis?

LIFE PROCESSES FOR 100

LIFE PROCESSES FOR 100

Page 26: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The reaction of an organism to

stimuli

The reaction of an organism to

stimuli

LIFE PROCESSES FOR 200

LIFE PROCESSES FOR 200

Page 27: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is a response?What is a response?

Back

LIFE PROCESSES FOR 200

LIFE PROCESSES FOR 200

Page 28: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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When an organism becomes better suited

to its environment increasing ability to

survive

When an organism becomes better suited

to its environment increasing ability to

survive

LIFE PROCESSES FOR 300

LIFE PROCESSES FOR 300

Page 29: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is adaptation?

What is adaptation?

Back

LIFE PROCESSES FOR 300

LIFE PROCESSES FOR 300

Page 30: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The process of breaking down food particles

The process of breaking down food particles

LIFE PROCESSES FOR 400

LIFE PROCESSES FOR 400

Page 31: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is digestion?What is

digestion?

Back

LIFE PROCESSES FOR 400

LIFE PROCESSES FOR 400

Page 32: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The process by which organisms take in nutrients

The process by which organisms take in nutrients

LIFE PROCESSES FOR 500

LIFE PROCESSES FOR 500

Page 33: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is absorption?

What is absorption?

Back

LIFE PROCESSES FOR 500

LIFE PROCESSES FOR 500

Page 34: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Process of food production by

capturing sunlight energy

Process of food production by

capturing sunlight energy

ENERGY FOR 100ENERGY FOR 100

Page 35: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ENERGY FOR 100ENERGY FOR 100

What is photosynthesis?

What is photosynthesis?

Back

Page 36: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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An organism that absorbs energy

from sunlight for use in making

food

An organism that absorbs energy

from sunlight for use in making

food

ENERGY FOR 200ENERGY FOR 200

Page 37: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ENERGY FOR 200ENERGY FOR 200

What is an autotroph?What is an autotroph?

Back

Page 38: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The ultimate source of energy

for all living things

The ultimate source of energy

for all living things

ENERGY FOR 300ENERGY FOR 300

Page 39: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ENERGY FOR 300ENERGY FOR 300

What is the sun?What is the sun?

Back

Page 40: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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In order to produce the energy required by all

living things, these two

processes form a continuous cycle

In order to produce the energy required by all

living things, these two

processes form a continuous cycle

ENERGY FOR 400ENERGY FOR 400

Page 41: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ENERGY FOR 400ENERGY FOR 400

What are Photosynthesis and Cellular Respiration?

What are Photosynthesis and Cellular Respiration?

Back

Page 42: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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This energy storage molecule

is responsible for storing

all of your body’s energy.

This energy storage molecule

is responsible for storing

all of your body’s energy.

ENERGY FOR 500ENERGY FOR 500

Page 43: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ENERGY FOR 500ENERGY FOR 500

What is ATP?

(adenosine triphosphate)

What is ATP?

(adenosine triphosphate)

Back

Page 44: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Reproduction with one parent;

two parents

Reproduction with one parent;

two parents

REPRODUCTION FOR 100

REPRODUCTION FOR 100

Page 45: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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REPRODUCTION FOR 100

REPRODUCTION FOR 100

What is asexual? sexual?

What is asexual? sexual?

Back

Page 46: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The cells used by animals to produce other animals like

themselves

The cells used by animals to produce other animals like

themselves

REPRODUCTION FOR 200

REPRODUCTION FOR 200

Page 47: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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REPRODUCTION FOR 200

REPRODUCTION FOR 200

What are gametes (sex cells)

(egg and sperm)

What are gametes (sex cells)

(egg and sperm)

Back

Page 48: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Nuclear division that results in the

production of two diploid daughter

cells

Nuclear division that results in the

production of two diploid daughter

cells

REPRODUCTION FOR 300

REPRODUCTION FOR 300

Page 49: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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REPRODUCTION FOR 300

REPRODUCTION FOR 300

What is mitosis?What is mitosis?

Back

Page 50: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The fertilized egg that results when a sperm

and egg unite

The fertilized egg that results when a sperm

and egg unite

REPRODUCTION FOR 400

REPRODUCTION FOR 400

Page 51: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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REPRODUCTION FOR 400

REPRODUCTION FOR 400

What is a zygote?

What is a zygote?

Back

Page 52: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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A type of asexual reproduction

in which the parent cell divides

itself in half to produce an offspring

A type of asexual reproduction

in which the parent cell divides

itself in half to produce an offspring

REPRODUCTION FOR 500

REPRODUCTION FOR 500

Page 53: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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REPRODUCTION FOR 500

REPRODUCTION FOR 500

What is binary fission?

What is binary fission?

Back

Page 54: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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A dihybrid cross of two heterozygous

individuals (such as RrYy) would likely yield

this ratio

A dihybrid cross of two heterozygous

individuals (such as RrYy) would likely yield

this ratio

GENETICS FOR 100GENETICS FOR 100

Page 55: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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GENETICS FOR 100GENETICS FOR 100

What is 9:3:3:1?What is 9:3:3:1?

Back

Page 56: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Tallness (T) is dominant to shortness (t) in pea

plants. Give the genotype of a pea plant that is

heterozygous for tallness

Tallness (T) is dominant to shortness (t) in pea

plants. Give the genotype of a pea plant that is

heterozygous for tallness

GENETICS FOR 200GENETICS FOR 200

Page 57: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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GENETICS FOR 200GENETICS FOR 200

What is Tt?What is Tt?

Back

Page 58: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Since the allele for colorblindness is located on the X

chromosome, colorblindness is this

kind of trait

Since the allele for colorblindness is located on the X

chromosome, colorblindness is this

kind of trait

GENETICS FOR 300GENETICS FOR 300

Page 59: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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GENETICS FOR 300GENETICS FOR 300

What is sex-linked?

What is sex-linked?

Back

Page 60: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The device use to predict the

outcome of a genetic cross

The device use to predict the

outcome of a genetic cross

GENETICS FOR 400GENETICS FOR 400

Page 61: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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GENETICS FOR 400GENETICS FOR 400

What is a punnett square?

What is a punnett square?

Back

Page 62: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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An organism that has inherited two of the

same alleles of a gene from its parents

An organism that has inherited two of the

same alleles of a gene from its parents

GENETICS FOR 500GENETICS FOR 500

Page 63: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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GENETICS FOR 500GENETICS FOR 500

What is homozygous?

What is homozygous?

Back

Page 64: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Plants that produce naked

seeds

Plants that produce naked

seeds

BOTANY FOR 100BOTANY FOR 100

Page 65: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are gymnosperms?

What are gymnosperms?

Back

BOTANY FOR 100BOTANY FOR 100

Page 66: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The growth & development

of a seed

The growth & development

of a seed

BOTANY FOR 200BOTANY FOR 200

Page 67: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is germination?

What is germination?

Back

BOTANY FOR 200BOTANY FOR 200

Page 68: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The male reproductive

organ in plants

The male reproductive

organ in plants

BOTANY FOR 300BOTANY FOR 300

Page 69: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the stamen?

What is the stamen?

Back

BOTANY FOR 300BOTANY FOR 300

Page 70: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Monocots have this kind of leaf

veins

Monocots have this kind of leaf

veins

BOTANY FOR 400BOTANY FOR 400

Page 71: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is parallel?What is parallel?

Back

BOTANY FOR 400BOTANY FOR 400

Page 72: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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This plant structure is responsible for

anchoring, absorption, and

storage

This plant structure is responsible for

anchoring, absorption, and

storage

BOTANY FOR 500BOTANY FOR 500

Page 73: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the root?

What is the root?

Back

BOTANY FOR 500BOTANY FOR 500

Page 74: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Animals that do not have a backbone

Animals that do not have a backbone

ANIMALS FOR 100ANIMALS FOR 100

Page 75: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are invertebrates?

What are invertebrates?

Back

ANIMALS FOR 100ANIMALS FOR 100

Page 76: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Clams, snails, & sea slugs belong to this phylum

Clams, snails, & sea slugs belong to this phylum

ANIMALS FOR 200ANIMALS FOR 200

Page 77: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is Mollusca?What is

Mollusca?

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ANIMALS FOR 200ANIMALS FOR 200

Page 78: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Animals that maintain a constant body temperature

are called this

Animals that maintain a constant body temperature

are called this

ANIMALS FOR 300ANIMALS FOR 300

Page 79: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is endothermic

(warm-blooded)?

What is endothermic

(warm-blooded)?

Back

ANIMALS FOR 300ANIMALS FOR 300

Page 80: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Whales, dolphins, & bats are

classified as this type of animal

Whales, dolphins, & bats are

classified as this type of animal

ANIMALS FOR 400ANIMALS FOR 400

Page 81: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are mammals?What are

mammals?

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ANIMALS FOR 400ANIMALS FOR 400

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Humans have this type of symmetry

Humans have this type of symmetry

ANIMALS FOR 500ANIMALS FOR 500

Page 83: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is bilateral symmetry?

What is bilateral symmetry?

Back

ANIMALS FOR 500ANIMALS FOR 500

Page 84: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The study of how organism interact with

each other and their

environment

The study of how organism interact with

each other and their

environment

ECOLOGY FOR 100ECOLOGY FOR 100

Page 85: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ECOLOGY FOR 100ECOLOGY FOR 100

What is ecology?What is ecology?

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Page 86: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Caused by the build up of

carbon dioxide in the

atmosphere

Caused by the build up of

carbon dioxide in the

atmosphere

ECOLOGY FOR 200ECOLOGY FOR 200

Page 87: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ECOLOGY FOR 200ECOLOGY FOR 200

What is the greenhouse

effect?

What is the greenhouse

effect?

Back

Page 88: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The biome generally found

in Georgia.

The biome generally found

in Georgia.

ECOLOGY FOR 300ECOLOGY FOR 300

Page 89: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ECOLOGY FOR 300ECOLOGY FOR 300

What is temperate deciduous

forest?

What is temperate deciduous

forest?

Back

Page 90: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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Two factors that make up an ecosystem

Two factors that make up an ecosystem

ECOLOGY FOR 400ECOLOGY FOR 400

Page 91: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ECOLOGY FOR 400ECOLOGY FOR 400

What are abiotic and biotic factors?

What are abiotic and biotic factors?

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Page 92: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The regular pattern of

changes over time in the

types of species in a community

The regular pattern of

changes over time in the

types of species in a community

ECOLOGY FOR 500ECOLOGY FOR 500

Page 93: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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ECOLOGY FOR 500ECOLOGY FOR 500

What is succession?

What is succession?

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Page 94: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The mouth, esophagus, and the small & large

intestines are all a part of this body system

The mouth, esophagus, and the small & large

intestines are all a part of this body system

BODY SYSTEMS FOR 100BODY SYSTEMS FOR 100

Page 95: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the digestive system?

What is the digestive system?

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BODY SYSTEMS FOR 100BODY SYSTEMS FOR 100

Page 96: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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This body system transports blood

throughout to body to supply cells with needed materials

This body system transports blood

throughout to body to supply cells with needed materials

BODY SYSTEMS FOR 200BODY SYSTEMS FOR 200

Page 97: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What is the circulatory

system?

What is the circulatory

system?

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BODY SYSTEMS FOR 200BODY SYSTEMS FOR 200

Page 98: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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The nervous system is

composed of these two parts

The nervous system is

composed of these two parts

BODY SYSTEMS FOR 300BODY SYSTEMS FOR 300

Page 99: 100 200 300 400 500 Comparative Anatomy Comparative Biochemistry Organic Evolution Evolution Theories Reproduc -tion Round Two

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What are the brain and spinal

cord?

What are the brain and spinal

cord?

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The ball & socket joints of the hip, hinge joints of the knees, & pivot

joints of the wrists and ankles are all a part of

this system

The ball & socket joints of the hip, hinge joints of the knees, & pivot

joints of the wrists and ankles are all a part of

this system

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What is the skeletal system?

What is the skeletal system?

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White blood cells, responsible for

fighting germs, are a part of this

system

White blood cells, responsible for

fighting germs, are a part of this

system

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What is the immune system?

What is the immune system?

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