macromolecules water properties energy & metabolism

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Page 1: Macromolecules Water Properties Energy & Metabolism
Page 2: Macromolecules Water Properties Energy & Metabolism

Macromolecules

Page 3: Macromolecules Water Properties Energy & Metabolism

Water Properties

Page 4: Macromolecules Water Properties Energy & Metabolism

Energy & Metabolism

Page 5: Macromolecules Water Properties Energy & Metabolism

Evolution

Page 6: Macromolecules Water Properties Energy & Metabolism

Ecology

Page 7: Macromolecules Water Properties Energy & Metabolism

The Basics

Page 8: Macromolecules Water Properties Energy & Metabolism

Macro-Molecules

$100

Water Properties

Energy &Metabolism Evolution Ecology

The Basics

Double Jeopardy!

$100 $100 $100 $100 $100

$200 $200 $200 $200 $200 $200

$300 $300 $300 $300 $300 $300

$400 $400 $400 $400 $400 $400

$500 $500 $500 $500 $500 $500

Page 9: Macromolecules Water Properties Energy & Metabolism

Macromolecules

$100

What carbohydrate molecule has the lowest molecular

weight?

Page 10: Macromolecules Water Properties Energy & Metabolism

Macromolecules

Back

What is glucose

$100

Page 11: Macromolecules Water Properties Energy & Metabolism

$200

Mealworms have an exoskeleton

containing what polysaccharide?

Macromolecules

Page 12: Macromolecules Water Properties Energy & Metabolism

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What is chitin

Macromolecules

Page 13: Macromolecules Water Properties Energy & Metabolism

$300

What are monomers in cellulose linked by?

Macromolecules

Page 14: Macromolecules Water Properties Energy & Metabolism

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What are glycosidic linkages

Macromolecules

Page 15: Macromolecules Water Properties Energy & Metabolism

$400

Explain the primary structure of a protein.

Macromolecules

Page 16: Macromolecules Water Properties Energy & Metabolism

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What are amino acid sequences

Macromolecules

Page 17: Macromolecules Water Properties Energy & Metabolism

$500

What is the difference between saturated

and unsaturated fats; which ones are better

for you?

Macromolecules

Page 18: Macromolecules Water Properties Energy & Metabolism

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What is saturated = “soaked” with hydrogen & solid at room temperature. RAISE LDL

Unsaturated = not every bond has hydrogen, the bond holding carbon together is a double bond – liquid at

room temperature. Unsaturated better for health.

Macromolecules

Page 19: Macromolecules Water Properties Energy & Metabolism

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The water property

allowing water to fill slightly

above the brim without

spilling

Water Properties

Page 20: Macromolecules Water Properties Energy & Metabolism

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What is surface tension

Water Properties

Page 21: Macromolecules Water Properties Energy & Metabolism

$200

What are some negative effects of acid precipitation?

Water Properties

Page 22: Macromolecules Water Properties Energy & Metabolism

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What is the washing away of nutrients, the enzymes in microbes

in soils can be denatured, harm aquatic animals

Water Properties

Page 23: Macromolecules Water Properties Energy & Metabolism

$300

What are the effects of adding acids to a

solution?

Water Properties

Page 24: Macromolecules Water Properties Energy & Metabolism

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What is the increase of hydrogen

concentration and lowering the pH

Water Properties

Page 25: Macromolecules Water Properties Energy & Metabolism

$400

How would the hydrogen ion concentration

changed from a pH of 3 to 6?

Water Properties

Page 26: Macromolecules Water Properties Energy & Metabolism

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What is a decrease by 1000x.

Water Properties

Page 27: Macromolecules Water Properties Energy & Metabolism

$500

Partial charges in water are an effect of…?

Water Properties

Page 28: Macromolecules Water Properties Energy & Metabolism

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What is the unequal sharing of electrons between hydrogen

and oxygen molecules

Water Properties

Page 29: Macromolecules Water Properties Energy & Metabolism

$100

What form of energy is the most abundant in

a cell?

Energy and Metabolism

Page 30: Macromolecules Water Properties Energy & Metabolism

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What is chemical energy

Energy and Metabolism

Page 31: Macromolecules Water Properties Energy & Metabolism

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What is an “induced” fit of an enzyme?

Energy and Metabolism

Page 32: Macromolecules Water Properties Energy & Metabolism

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What is when an enzyme changes its shape a bit after a

substrate binds to it

Energy and Metabolism

Page 33: Macromolecules Water Properties Energy & Metabolism

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What is energy coupling?

Energy and Metabolism

Page 34: Macromolecules Water Properties Energy & Metabolism

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What is reaction sequence in which energy from an energy-releasing process

is used to drive an energy requiring process

Energy and Metabolism

Page 35: Macromolecules Water Properties Energy & Metabolism

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This reaction releases energy when proceeding in

the forward direction

Energy and Metabolism

Page 36: Macromolecules Water Properties Energy & Metabolism

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What is an exergonic or spontaneous Reaction

Energy and Metabolism

Page 37: Macromolecules Water Properties Energy & Metabolism

$500

How can pH affect enzyme activity?

Energy and Metabolism

Page 38: Macromolecules Water Properties Energy & Metabolism

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What are the pHs not in the optimal range can

disrupt hydrogen bonding- which can

change the shape of the active site

Energy and Metabolism

Page 39: Macromolecules Water Properties Energy & Metabolism

$100

In a sandy white rock environment, which species do you expect the environment to naturally select? Polka dot, brown, black, peach,

or white bug?

Evolution

Page 40: Macromolecules Water Properties Energy & Metabolism

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What is the white bug

Evolution

Page 41: Macromolecules Water Properties Energy & Metabolism

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An archeologist is searching for remnants of a brontosaurus; what layers of rocks would he

search in?

Evolution

Page 42: Macromolecules Water Properties Energy & Metabolism

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What are sedimentary rocks

Evolution

Page 43: Macromolecules Water Properties Energy & Metabolism

$300

Differences in Lamark’s and Darwin’s theory

of evolution

Evolution

Page 44: Macromolecules Water Properties Energy & Metabolism

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What is Lamark believing in the theory of use and disuse and the principle of inheritance of acquire

characteristics.

Evolution

Page 45: Macromolecules Water Properties Energy & Metabolism

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The smallest biological unit that can evolve

over time

Evolution

Page 46: Macromolecules Water Properties Energy & Metabolism

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What is a population

Evolution

Page 47: Macromolecules Water Properties Energy & Metabolism

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EvolutionAt a locus with a dominant and

a recessive allele, 36% of the individuals are homozygous

for the dominant allele. What is the frequency of the recessive allele in the

population?

Page 48: Macromolecules Water Properties Energy & Metabolism

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Evolution

What is .4.

Page 49: Macromolecules Water Properties Energy & Metabolism

$100

Phenomenon explaining why young geese follow mother

Ecology

Page 50: Macromolecules Water Properties Energy & Metabolism

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What is imprinting

Ecology

Page 51: Macromolecules Water Properties Energy & Metabolism

$200

Explains ritualized contests between males determining

which gains access to a resource

Ecology

Page 52: Macromolecules Water Properties Energy & Metabolism

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What is agonistic behavior

Ecology

Page 53: Macromolecules Water Properties Energy & Metabolism

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Dispersion type that is most effective for

hunting

Ecology

Page 54: Macromolecules Water Properties Energy & Metabolism

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What is clumpeddispersion

Ecology

Page 55: Macromolecules Water Properties Energy & Metabolism

$400

Snake exhibiting bright colors to ward off

predators

Ecology

Page 56: Macromolecules Water Properties Energy & Metabolism

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What is aposematic coloration

Ecology

Page 57: Macromolecules Water Properties Energy & Metabolism

$500

A fire kills off 75% of the population in an area,

while a cheetah kills 10% of gazelle in an area. The fire is density ____ & the cheetah is density ____.

Ecology

Page 58: Macromolecules Water Properties Energy & Metabolism

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What is independent and dependent

Ecology

Page 59: Macromolecules Water Properties Energy & Metabolism

$100

What are the four most abundant elements

on Earth?

The Basics

Page 60: Macromolecules Water Properties Energy & Metabolism

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What is Hydrogen, Nitrogen, Oxygen and

Carbon

The Basics

Page 61: Macromolecules Water Properties Energy & Metabolism

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An element has 7 protons, 6 neutrons,

and 7 electrons. What is it’s atomic number

& atomic mass?

The Basics

Page 62: Macromolecules Water Properties Energy & Metabolism

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What is atomic Number = 7

atomic Mass = 13

The Basics

Page 63: Macromolecules Water Properties Energy & Metabolism

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When is an atom considered stable?

The Basics

Page 64: Macromolecules Water Properties Energy & Metabolism

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What is when the atom has 8 electrons in its

outermost shell

The Basics

Page 65: Macromolecules Water Properties Energy & Metabolism

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Identify these bonds:1 – Bound together by the

attraction of oppositely charged ions

2 – Bound together by shared electrons

The Basics

Page 66: Macromolecules Water Properties Energy & Metabolism

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What is an ionic bond and a covalent bond

The Basics

Page 67: Macromolecules Water Properties Energy & Metabolism

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Key differences between prokaryotes

and eukaryotes

The Basics

Page 68: Macromolecules Water Properties Energy & Metabolism

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What is a lack of membrane bound organelles and

nuclear membrane and binary fission as the means

of reproduction in prokaryotes

The Basics

Page 69: Macromolecules Water Properties Energy & Metabolism

DoubleJeopardy!!!

Page 70: Macromolecules Water Properties Energy & Metabolism
Page 71: Macromolecules Water Properties Energy & Metabolism

Cell Communication

Page 72: Macromolecules Water Properties Energy & Metabolism

Genetics

Page 73: Macromolecules Water Properties Energy & Metabolism

Plants

Page 74: Macromolecules Water Properties Energy & Metabolism

Reproduction

Page 75: Macromolecules Water Properties Energy & Metabolism

Animal Development

Page 76: Macromolecules Water Properties Energy & Metabolism

Animal Diversity

Page 77: Macromolecules Water Properties Energy & Metabolism

Cell Communication

$200

Genetics Plants Repro-duction

AnimalDevelop-

ment

Animal Diversity

Final Jeopardy!

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$400 $400 $400 $400 $400 $400

$600 $600 $600 $600 $600 $600

$800 $800 $800 $800 $800 $800

$1000 $1000 $1000 $1000 $1000 $1000

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When sodium rushes into the neuron and

potassium rushes out

Cell Communication

Page 79: Macromolecules Water Properties Energy & Metabolism

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What is depolarization

Cell Communication

Page 80: Macromolecules Water Properties Energy & Metabolism

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____ binds to the same receptors as the

neurotransmitter acetycholine which is released by the ____

neuron that binds to ____ gated channels in the muscle

cell

Cell Communication

Page 81: Macromolecules Water Properties Energy & Metabolism

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What is Nicotine, motor, and ligand

Cell Communication

Page 82: Macromolecules Water Properties Energy & Metabolism

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Channels that perforate plant cell walls and

keep them from being isolated from each

other

Cell Communication

Page 83: Macromolecules Water Properties Energy & Metabolism

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What is plasmodesmata

Cell Communication

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Second messenger that is produced in response to an

external signal – like a hormone

Cell Communication

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What is cAMP

Cell Communication

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The activation of receptor tyrosine kinases is distinguished by …

Cell Communication

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What is dimerization and phosphorylation

Cell Communication

Page 88: Macromolecules Water Properties Energy & Metabolism

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HIV is different from most other viruses because is uses…

Genetics

Page 89: Macromolecules Water Properties Energy & Metabolism

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What is reverse transcriptase to make

DNA from RNA

Genetics

Page 90: Macromolecules Water Properties Energy & Metabolism

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Viruses infecting bacteria

Genetics

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What are bacteriaphages

Genetics

Page 92: Macromolecules Water Properties Energy & Metabolism

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The virus cycle that eventually kills the host cell by taking over the

cell’s machinery

Genetics

Page 93: Macromolecules Water Properties Energy & Metabolism

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What is the lytic cycle

Genetics

Page 94: Macromolecules Water Properties Energy & Metabolism

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After analyzing a karotype, one finds an

extra copy of chromosome 21 – this

individual has

Genetics

Page 95: Macromolecules Water Properties Energy & Metabolism

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What is down syndrome

Genetics

Page 96: Macromolecules Water Properties Energy & Metabolism

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Mechanisms that allow for genetic diversity

Genetics

Page 97: Macromolecules Water Properties Energy & Metabolism

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What s crossing over, independent

assortment, and random fertilization

Genetics

Page 98: Macromolecules Water Properties Energy & Metabolism

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Plants derived from ______, also known as

green algae

Plants

Page 99: Macromolecules Water Properties Energy & Metabolism

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What are charophyceans

Plants

Page 100: Macromolecules Water Properties Energy & Metabolism

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An adaption allowing plants to move on land, preventing

exposed zygotes from drying out

Plants

Page 101: Macromolecules Water Properties Energy & Metabolism

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What is sporopollenin

Plants

Page 102: Macromolecules Water Properties Energy & Metabolism

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Best area to observe cell growth in a plant

Plants

Page 103: Macromolecules Water Properties Energy & Metabolism

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What is the apical meristems

Plants

Page 104: Macromolecules Water Properties Energy & Metabolism

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Some adaptive advantages plants

have for water retention

Plants

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What is a waxy cuticle, closing of stomata (or fewer), and reduced surface area or leaf

size

Plants

Page 106: Macromolecules Water Properties Energy & Metabolism

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Key differences distinguishing seedless

vascular plants and bryophytes

Plants

Page 107: Macromolecules Water Properties Energy & Metabolism

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What are sporophyte dominance, presence of sylem and phloem and the evolution of true

roots and leaves as well as flagellated sperm

Plants

Page 108: Macromolecules Water Properties Energy & Metabolism

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_____ results in a second polar body and an ovum, while ______ results in 4

sperm cells

Reproduction

Page 109: Macromolecules Water Properties Energy & Metabolism

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What is oogenesis and spermatogogenesis

Reproduction

Page 110: Macromolecules Water Properties Energy & Metabolism

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1 week after fertilization, cleavage

has produced an embryonic stage

called ______

Reproduction

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What is the blastocyst, a sphere of cells

containing a cavity

Reproduction

Page 112: Macromolecules Water Properties Energy & Metabolism

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The three stages of labor

Reproduction

Page 113: Macromolecules Water Properties Energy & Metabolism

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What is the opening up and thinning of the cervix, expulsion or

delivery of the baby and delivery of the placenta

Reproduction

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Process allowing haploid adults to arise without meiosis & can

produce eggs

Reproduction

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What is parthogenesis

Reproduction

Page 116: Macromolecules Water Properties Energy & Metabolism

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Explain the path of sperm in the male ducts

Reproduction

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What are the seminiferous tubule,

epididymis, vas deferens and then

urethra

Reproduction

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The two kinds of potency and their

differences

Animal Development

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What is totipotent & pluripotent - meaning the

cell can develop into all the cell types found in the

adult and can only develop into one of the three germ

layers (respectively)

Animal Development

Page 120: Macromolecules Water Properties Energy & Metabolism

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Future dorsal side of an amphibian

Animal Development

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What is the gray crescent

Animal Development

Page 122: Macromolecules Water Properties Energy & Metabolism

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Enzyme released to break down jelly coat

Animal Development

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What is acrosome from the sperm head

Animal Development

Page 124: Macromolecules Water Properties Energy & Metabolism

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In Spenman’s experiment, the blastomere who

received less than half of the gray crescent

resulted in this

Animal Development

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What is the rise of an abnormal embryo

without dorsal structures – or just a

belly piece

Animal Development

Page 126: Macromolecules Water Properties Energy & Metabolism

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Explain gastrulation

Animal Development

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What is a dramatic rearrangement of the cells f the blastula to form a three layered embryo with a primitive gut. It begins at the

vegetal pole – invagination begins and archenteron forms

which will become the anus – the blastopore.

Animal Development

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Three differences between protostome and deuterostome

development

Animal Diversity

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What is difference in cleavage, coelom formation and the

fate of the blastopore

Animal Diversity

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Purpose of cephalization in

humans

Animal Diversity

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What is to fit our lifestyle and to coordinate the

nervous system to enable complex

movements

Animal Diversity

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The three germ layers

Animal Diversity

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What is the ectoderm, mesoderm and

endotherm

Animal Diversity

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List some of the functions of a body cavity

Animal Diversity

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What is cushioning suspended organs, helping prevent internal injury and also

helps enables the internal organs to grow and move independently of the outer

body wall

Animal Diversity

Page 136: Macromolecules Water Properties Energy & Metabolism

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Why does evidence show that cnidarians aremore closely related to other animals than sponges?

Animal Diversity

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What is because cnidarians possess true tissues – sponges don’t. Also cnidarians exhibit

body symmetry.

Animal Diversity

Page 138: Macromolecules Water Properties Energy & Metabolism

FinalJeopardy!!!

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Without the hypothalamus, we wouldn’t be functioning. List

three things the hypothalamus is in charge of.

Final Jeopardy!!!

Page 141: Macromolecules Water Properties Energy & Metabolism

What is that it controls the autonomic nervous system (homeostasis), controls the pituitary

gland, and is the site of emotions.

Final Jeopardy!!!