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Cells. Photosynthesis. Respiration. Cell Division. Biotechnology. Ecology. Cells. Photos- ynthesis. Respiration. Cell Division. Biotech. Ecology. $100. $100. $100. $100. $100. $100. $200. $200. $200. $200. $200. $200. $300. $300. $300. $300. $300. $300. $400. $400. - PowerPoint PPT Presentation

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Page 1: Cells
Page 2: Cells

Cells

Page 3: Cells

Photosynthesis

Page 4: Cells

Respiration

Page 5: Cells

Cell Division

Page 6: Cells

Biotechnology

Page 7: Cells

Ecology

Page 8: Cells

Cells

$100

Photos-ynthesis

RespirationCell

DivisionBiotech Ecology

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: Cells

Cells

$100

The plasma membrane of a cell is made of

this non-polar structure.

Page 10: Cells

Cells

Back

What is a phospholipidbilayer?

$100

Page 11: Cells

$200

This cell organelle is responsible for the process of chemical energy conversion.

Cells

Page 12: Cells

Back $200

What are mitochondria?

Cells

Page 13: Cells

$300

The centrosome of a plant cell lacks this

structure.

Cells

Page 14: Cells

Back $300

What are centrioles?

Cells

Page 15: Cells

$400

The presence of cholesterol in the plasma membrane has this effect on the cell

membrane.

Cells

Page 16: Cells

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What is decreased membrane fluidity?

Cells

Page 17: Cells

$500

This term describes a pant cell in a

hypertonic solution.

Cells

Page 18: Cells

Back $500

What is plasmolyzed?

Cells

Page 19: Cells

$100

Photosynthesis contains these two

stages.

Photosynthesis

Page 20: Cells

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What are light reactions and the

Calvin Cycle?

Photosynthesis

Page 21: Cells

$200

Both photosynthesis in the thylakoids and respiration in the mitochondria use

this process.

Photosynthesis

Page 22: Cells

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What is the electron transport chain?

Photosynthesis

Page 23: Cells

$300

Within the light reactions NADP+ is oxidized into this

molecule that can be used in the Calvin

Cycle.

Photosynthesis

Page 24: Cells

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What is NADPH?

Photosynthesis

Page 25: Cells

$400

CAM plants can run this process during the

night, but not during the day.

Photosynthesis

Page 26: Cells

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What is the Calvin Cycle?

Photosynthesis

Page 27: Cells

$500

Carbon entering the Calvin Cycle is taken from carbon dioxide

by this protein.

Photosynthesis

Page 28: Cells

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What is rubisco?

Photosynthesis

Page 29: Cells

$100

Respiration yields about 32 to 34 ATP, most of which are a

product of this process in respiration.

Respiration

Page 30: Cells

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What is oxidative phosphorilation?

Respiration

Page 31: Cells

$200

Depending on whether of not oxygen is present, this molecule created by glycolysis, is either

committed to cellular respiration or fermentation.

Respiration

Page 32: Cells

Back $200

What is pyruvate?

Respiration

Page 33: Cells

$300

CO2 is given off and this enzyme is added to pyruvate to make it

ready for the citric acid cycle.

Respiration

Page 34: Cells

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What is coenzyme A?

Respiration

Page 35: Cells

$400

The electron transport chain uses this mechanism to

pump H+ ions across the mitochondrial membrane, against its concentration

gradient.

Respiration

Page 36: Cells

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What is the exergonic flow of electrons?

Respiration

Page 37: Cells

$500

This molecule is the final electron acceptor of the electron transport chain

of respiration.

Respiration

Page 38: Cells

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What is oxygen?

Respiration

Page 39: Cells

$100

This process is just one that differentiates

meiosis from mitosis and leads to the formation of

a new chromosome.

Cell Division

Page 40: Cells

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What is crossing over?

Cell Division

Page 41: Cells

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The determining phase as to whether the cell can move on in the cell cycle is G1. If the cell does not meet the threshold, it must go into this non-dividing phase.

Cell Division

Page 42: Cells

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What is G0?

Cell Division

Page 43: Cells

$300

During meiosis I of prophase, homologous chromosomes line up

and form this structure.

Cell Division

Page 44: Cells

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What is a tetrad?

Cell Division

Page 45: Cells

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Meiosis takes place in gametes whereas

meiosis doesn’t take place in this type of

cell.

Cell Division

Page 46: Cells

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What are somatic cells?

Cell Division

Page 47: Cells

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Peaks in levels of this enzyme correspond with peaks in cyclin and help to get the cell from G2

into metaphase.

Cell Division

Page 48: Cells

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What is MPF?

Cell Division

Page 49: Cells

$100

In order to transform DNA from a chromosome to a

bacterial plasmid, the DNA and plasmid must be

exposed to the same one of these.

Biotech

Page 50: Cells

Back $100

What is a restriction enzyme?

Biotech

Page 51: Cells

$200

This is the single stranded end that appears at the

restriction site on at least one of the

restriction fragments.

Biotech

Page 52: Cells

Back $200

What are sticky ends?

Biotech

Page 53: Cells

$300

This is a collection of thousands of different

fragments of DNA cultured in bacteria,

where only the exons of the DNA are expressed.

Biotech

Page 54: Cells

Back $300

What is a genomic library?

Biotech

Page 55: Cells

$400

This method uses reverse transcriptase to replace damaged genes with the RNA sequence grown in

a virus.

Biotech

Page 56: Cells

Back $400

What is gene therapy?

Biotech

Page 57: Cells

$500

Because bacteria are prokaryotic, inserting any stand of mammalian DNA

into their plasmids may not work because of this

structure in animal DNA.

Biotech

Page 58: Cells

Back $500

What are introns?

Biotech

Page 59: Cells

$100

The logistic growth curve of a population levels off

when it reaches this component of the

environment.

Ecology

Page 60: Cells

Back $100

What is the carrying capacity?

Ecology

Page 61: Cells

$200

Due to competitive exclusion with another species, a species may

not occupy every area of its possible niche. There is a

difference between this and the niche it does occupy.

Ecology

Page 62: Cells

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What is a fundamental niche?

Ecology

Page 63: Cells

$300

In this type of species, death rates are high right after birth, but

level off as those who survive live out their maximum life span.

Ecology

Page 64: Cells

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What is a K-selected species?

Ecology

Page 65: Cells

$400

This species in a community is not necessarily the most abundant, but would have a catastrophic effect if it

were to be removed.

Ecology

Page 66: Cells

Back $400

What is a keystone species?

Ecology

Page 67: Cells

$500

This tactic takes biodiversity, as well as

past, present, and future land use into

consideration when planning landscape use.

Ecology

Page 68: Cells

Back $500

What is landscape ecology?

Ecology

Page 69: Cells

DoubleJeopardy!!!

Page 70: Cells
Page 71: Cells

Animal Systems

Page 72: Cells

Plant Systems

Page 73: Cells

Evolution and Classification

Page 74: Cells

Molecular Genetics

Page 75: Cells

Labs

Page 76: Cells

Things we Didn’t Cover

Page 77: Cells

Animal Systems

$200

Plant Systems

Evolution And

Classification

MolecularGenetics Labs

Things we Didn’t Cover

Final Jeopardy!

$200 $200 $200 $200 $200

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

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

Page 78: Cells

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This type of mollusk includes octopuses and squids.

Many do not have shells and they are the only type

of mollusk with a closed circulatory system.

Animal Systems

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What are cephalopods?

Animal Systems

Page 80: Cells

$400

A bird’s feathers, its most obvious adaptation for

flight, contain this protein also found in the scales of

other reptiles.

Animal Systems

Page 81: Cells

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What is Beta-Keratin?

Animal Systems

Page 82: Cells

$600

This is the study of human origins.

Animal Systems

Page 83: Cells

Back $600

What is paleoanthropology?

Animal Systems

Page 84: Cells

$800

These structures present in the development of all animals suggest that we

all evolved form a common ancestor.

Animal Systems

Page 85: Cells

Back $800

What are gills, a post-anal tail, and webbed

feet?

Animal Systems

Page 86: Cells

$1000

These cells in the gastric gland of the stomach are

responsible for adding hydrochloric acid to the

gastric juice of the stomach.

Animal Systems

Page 87: Cells

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What are parietal cells?

Animal Systems

Page 88: Cells

$200

This group of vascular seed plants are flower

producers.

Plant Systems

Page 89: Cells

Back $200

What are angiosperms?

Plant Systems

Page 90: Cells

$400

Liverworts, hornworts, and mosses do not have a

complex transport system and are

classified as this type of plant.

Plant Systems

Page 91: Cells

Back $400

What is non-vascular?

Plant Systems

Page 92: Cells

$600

The pollen grains of angiosperms contain two sperm cells, The purpose of which is to form this

structure.

Plant Systems

Page 93: Cells

Back $600

What is a pollen tube?

Plant Systems

Page 94: Cells

$800

By the end of this part of the gymnosperm life cycle, the egg cells have matured in the megaspore and have

met with the sperm via the pollen tube.

Plant Systems

Page 95: Cells

Back $800

What is meiosis?

Plant Systems

Page 96: Cells

$1000

Vascular tissue arranged in a ring, a netlike vein structure

in the leaves, a and floral organs in multiples of four or five are characteristic of this

seed type.

Plant Systems

Page 97: Cells

Back $1000

What are eudicots?

Plant Systems

Page 98: Cells

$200

These structures such as paws, wings, and hands

represent a common decent or theme from a

common ancestor.

Evolution and Classification

Page 99: Cells

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What are homologous structures?

Plant Systems

Page 100: Cells

$400

This is a mutation in as little as one base in a gene that has a huge

effect on a phenotype.

Plant Systems

Page 101: Cells

Back $400

What is a point mutation?

Plant Systems

Page 102: Cells

$600

This phenomenon occurs when the fitness of a

morph declines because it becomes too common

in the population.

Plant Systems

Page 103: Cells

Back $600

What is frequency-dependant selection?

Plant Systems

Page 104: Cells

$800

This pre-zygotic barrier occurs when

morphological differences prevent successful mating.

Plant Systems

Page 105: Cells

Back $800

What is mechanical isolation?

Plant Systems

Page 106: Cells

$1000

This type of speciation takes place when two populations are

geographically overlapping and exchanging genes.

Plant Systems

Page 107: Cells

Back $1000

What is sympatric speciation?

Plant Systems

Page 108: Cells

$200

In DNA replication, this term is used to

describe fragments of nucleotides added to the lagging strand.

Molecular Genetics

Page 109: Cells

Back $200

What are Okazaki Fragments?

Molecular Genetics

Page 110: Cells

$400

The component of DNA replication travels along the lagging strand and

replaces the RNA primers with DNA

nucleotides.

Molecular Genetics

Page 111: Cells

Back $400

What is DNA polymerase I?

Molecular Genetics

Page 112: Cells

$600

This process involves creating a chain of amino

acids based on the sequence of mRNA codons

in the ribosome.

Molecular Genetics

Page 113: Cells

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What is translation?

Molecular Genetics

Page 114: Cells

$800

Once a signal peptide is picked up by a signal

recognition particle, the protein is targeted to

this organelle.

Molecular Genetics

Page 115: Cells

Back $800

What is the ER?

Molecular Genetics

Page 116: Cells

$1000

This type of viral reproduction uses the

host cell as a factory for producing more viruses, but ultimately leads to

the cell’s death.

Molecular Genetics

Page 117: Cells

Back $1000

What is the lytic cycle?

Molecular Genetics

Page 118: Cells

$200

These are the products of cellular respiration.

Labs

Page 119: Cells

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What are glucose, oxygen, and ADP?

Labs

Page 120: Cells

$400

This substance is soaked into a cotton ball and will make a solid with CO2 so

that we can measure only the amount of O2

used in respiration.

Labs

Page 121: Cells

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What is KOH?

Labs

Page 122: Cells

$600

These cells in plant leaves become turgid or flaccid

allowing water to leave the plant or holding water in, depending on the amount

of water in the plant.

Labs

Page 123: Cells

Back $600

What are guard cells?

Labs

Page 124: Cells

$800

This enzyme can turn the substrate

hydrogen peroxide (H2O2) into H2O and

O2

Labs

Page 125: Cells

Back $800

What is catalase?

Labs

Page 126: Cells

$1000

This is the Chi Square value below which calculated results are statistically

significant.

Labs

Page 127: Cells

Back $1000

What is 7.28?

Labs

Page 128: Cells

$200

Cell function and differentiation of the

cells in a zygote occurs through this process.

Things we Didn’t Cover

Page 129: Cells

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What is gene expression?

Things we Didn’t Cover

Page 130: Cells

$400

This is what plants rely on for nutrition . They can

be released from organic fertilizer or

manufactured.

Things we Didn’t Cover

Page 131: Cells

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What are minerals?

Things we Didn’t Cover

Page 132: Cells

$600

This component of the soil can have an effect on the chemical nature of the minerals, which a farmer must watch

closely.

Things we Didn’t Cover

Page 133: Cells

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What is pH?

Things we Didn’t Cover

Page 134: Cells

$800

This system on many fish contains mechanoreceptors that detect low-frequency waves similar to the inner ear. A signal is then

relayed from there to the brain to help the fish orient itself,

perceive its own movement, or the movement of other things.

Things we Didn’t Cover

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What is a lateral line system?

Things we Didn’t Cover

Page 136: Cells

$1000

This is the only sense in the human body that does not send direct

signals or have a direct pathway to the brain.

Things we Didn’t Cover

Page 137: Cells

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What is smell?

Things we Didn’t Cover

Page 138: Cells

FinalJeopardy!!!

Page 139: Cells
Page 140: Cells

The Miller and Urey experiment set up a closed system to mimic the

conditions of early earth, complete with an atmosphere of H2, CH4, and NH3. They found that they were able

to create these certain organic molecules essential to life.

Final Jeopardy!!!

Page 141: Cells

What are amino acids and hydrocarbons?

Final Jeopardy!!!