Question

Desirable traits _____________ in populations because of the process of natural selection.

become less common

form

are eliminated

become more common

Answer 1

@CGGURUMANJUNATH and @AnswerMyQuestions

Answer 2

@SeaTurtle113

Answer 3

The answer is become more common.

Answer 4

@SeaTurtle113 can u help me with some more is very important

Answer 5

Yes, I can try... I'm sorry I wasn't able to explain the answer... I should have done that.

Answer 6

Natural selections need _________ in order to take place.

a stable environment

absence of diversity

cloning

competition

Answer 7

@SeaTurtle113

Answer 8

@Chineseboy15 and @kc_kennylau

Answer 9

I'd say competition but I'm not exactly sure

Answer 10

Natural selection needs competition in order to take place.

Answer 11

Natural selection

eliminates the need for competition.

is responsible for new traits in a population.

allows populations to adapt to change.

interferes with a species ability to adapt to change.

Answer 12

@secret66

Answer 13

@SeaTurtle113

Answer 14

Wow! I just did this test today! Got a 20/20 on it!

Answer 15

I think It's C.

Answer 16

can u answer some more or me plz @AnswerMyQuestions

Answer 17

The reproductive process that creates genetic variety in a population is

asexual reproduction.

cloning.

sexual reproduction.

nonsexual reproduction.
@AnswerMyQuestions

Answer 18

I learned that not long ago...

Answer 19

A or C lemme see.

Answer 20

It's C.

Answer 21

Anymore?

Answer 22

yes

Answer 23

What are they?

Answer 24

Individuals which produce the most offspring have

traits that make them less successful in the environment.

traits that are not well suited for the environment.

traits that interfere with their ability to compete in the environment.

traits that make them more successful in the environment.

Answer 25

D. I think.

Answer 26

and this one

Answer 27

Describe the process of natural selection.

Answer 28

This is an essay?

Answer 29

yea

Answer 30

Ok wait.

Answer 31

ok

Answer 32

Lemme look in my science lesson...

Answer 33

Natural selection is when species born with a trait that's slightly different from what they are supposed to be turn out to have a bigger advantage in life.

Answer 34

your awesome can u help me with some moree cause then i can go 4 wheeling @AnswerMyQuestions

Answer 35

Sure!

Answer 36

alright brb

Answer 37

hey

Answer 38

Hi.

Answer 39

cna you awnser my question u seem smart

Answer 40

Ok. I'll try.

Answer 41

Acids form __________ ions in water.





a.


hydrogen


c.


positive




b.


hydroxide


d.


both a and

Answer 42

I think it's hydrogen.

Answer 43

one sec i got the questions now

Answer 44

Which of the following best describes the probability of spinning a C on this spinner?

A spinner is divided into four sections of different size. Each section is labeled as A, B, C, and D. Section D is the smallest. Section A and B are qual in size. Section C is the biggest. The arrow of the spinner is resting on C.

less than twenty-five percent

exactly twenty-five percent

greater than twenty-five percent

exactly one hundred percent

Answer 45

@AnswerMyQuestions

Answer 46

C.

Answer 47

ok this is the next one

Answer 48

Three friends are playing a board game in which moves are dictated by a spinner that has the numbers 1 through twelve equally distributed. Mariella is hoping to spin a 5 or a 9 on her next turn. Which of the following best describes this situation?

certain events

disjoint events

impossible events

overlapping events

Answer 49

It's not C.

Answer 50

what is not c?

Answer 51

Because getting a 5 or 9 isn't impossible.

Answer 52

Idk what is the right answer.

Answer 53

Oh, I searched it online and there was a same question and someone said it was disjoint.

Answer 54

do u know what flvs is?

Answer 55

Yes. I do it too.

Answer 56

so do u know what this is?

Answer 57

6.02 Species Interaction.
1. What example does the lab use for mutualism? How do these organisms demonstrate mutualism?

2. What example does the lab use for commensalism? How do these organisms demonstrate commensalism?

3. Please fill in your hypothesis for the parasitism experiment:
o The body weight of the lamprey living on a shark______________.
o The body weight of the shark living with the lamprey________________.
o The body weight of a lamprey living on its own___________________.
o The body weight of the shark living on its own__________________.
4. Based on your observations , what effect does the lamprey have on the shark?

5. Compare and contrast these three symbiotic relationships. How are mutualism, commensalism and parasitism alike and how are they different? (hint: see chart above lab in the lesson).

Answer 58

...

Answer 59

OHHH! I JUST DID THAT LIKE YESERDAY!

Answer 60

I'll paste mine in here.

Answer 61

Wait, what is your name?

Answer 62

What example does the lab use for mutualism? How do these organisms demonstrate mutualism? The example in the lab for mutualism is the relationship between flowers and bees. They demonstrate mutualism because they both benefit by increasing their chances of survival. When bees get food from flowers, the flowers reproduce because of pollenation.


What example does the lab use for commensalism? How do these organisms demonstrate commensalism? The example in the lab for commensalism is remoras and sharks. The organisms demonstrate commensalism because the remoras feed on scraps of the sharks prey, and they get protected from their predators, and the shark does not get affected.


Please fill in your hypothesis for the parasitism experiment:

The body weight of the lamprey living on a shark increases.
The body weight of the shark living with the lamprey decreases.
The body weight of a lamprey living on its own decreases.
The body weight of the shark living on its own does not change.

Based on your observations , what effect does the lamprey have on the shark? The lamprey feeds on the blood from the shark and benefits from the shark's blood.


Compare and contrast these three symbiotic relationships. How are mutualism, commensalism and parasitism alike and how are they different? (hint: see chart above lab in the lesson). They are all alike because all of them occur in nature, and they all involve 2 species. They are different because parasitism only benefits 1 species, and the other gets harmed. Commensalism benefits only 1 species also, but the other species is not affected. Mutualism benefits both species and does not harm any species.

Answer 63

My teacher hasn't graded it yet.

Answer 64

ohh yea what did u get though mine wont open bro

Answer 65

Todd has 4 different long-sleeved T-shirts and 2 baseball hats. If he selects one of each without looking, which ratio represents the probability that he'll be wearing his favorite T-shirt and favorite hat?

one-eighth

one-sixth

two-sixthts

two-eighths
next question @AnswerMyQuestions

Answer 66

C.

Answer 67

A bag contains 3 black marbles and 2 white marbles. Jake reaches in and selects one marble without looking. What is the probability that he gets a white marble?

twenty percent

forty percent

fifty percent

sixty-seven percent

Answer 68

@AnswerMyQuestions

Answer 69

B.

Answer 70

If you were to choose one of the letters in the word PROBABILITY at random, what is the approximate probability that you'd select the letter B?

nine percent

ten percent

eighteen percent

twenty-two percent

Answer 71

18?

Answer 72

@AnswerMyQuestions

Answer 73

Winona rolls a ten-sided die, numbered 1 through ten. What is the probability that she'll get an odd number or a 4?

two-tenths

four-tenths

five-tenths

six-tenths

Question 7 (Multiple Choice Worth 2 points)

Which word best describes the probability of any given person traveling to all seven continents in his or her lifetime?

certain

impossible

likely

unlikely

Question 8 (Multiple Choice Worth 2 points)

At a carnival game, a large horizontal board has twenty holes of the same size cut in it. For the game, you toss a ball onto the board and it lands or rolls into one of the holes. The board is surrounded on all sides, so the ball is certain to fall in a hole. Three of the holes will earn a small prize and one of the holes will earn a large prize. If Grady buys a ticket for one ball that he'll toss on the board, what is the probability that he'll win a prize?

five percent

fifteen percent

twenty percent

forty percent

Question 9 (Multiple Choice Worth 2 points)

How many outcomes are in the sample space for flipping three coins at once?

2

3

6

8

Question 10 (Multiple Choice Worth 2 points)

Samuel selects one lettered tile at random from a bag that contains one of each letter of the alphabet. What is the probability that he'll select a vowel or a letter in his name?
(vowels are A, E, I, O, and U)

three twenty-sixths

five twenty-sixths

eight twenty-sixths

Answer 74

@AnswerMyQuestions

Answer 75

Hmm

Answer 76

First is six-tenths.

Answer 77

alright

Answer 78

Next is unlikely.

Answer 79

ok

Answer 80

Next is 20%.

Answer 81

Then next is 8.

Answer 82

Then last one is C, the last one.

Answer 83

we did it!!!!!!!!!!!

Answer 84

so did u know the other thing cause i if i finish it i go 4 wheelin @AnswerMyQuestions

Answer 85

6.02 Species Interaction.

What example does the lab use for mutualism? How do these organisms demonstrate mutualism?


What example does the lab use for commensalism? How do these organisms demonstrate commensalism?


Please fill in your hypothesis for the parasitism experiment:

The body weight of the lamprey living on a shark______________.
The body weight of the shark living with the lamprey________________.
The body weight of a lamprey living on its own___________________.
The body weight of the shark living on its own__________________.

Based on your observations , what effect does the lamprey have on the shark?


Compare and contrast these three symbiotic relationships. How are mutualism, commensalism and parasitism alike and how are they different? (hint: see chart above lab in the lesson).

Answer 86

@AnswerMyQuestions

Answer 87

g2g

Answer 88

Question 1 (Multiple Choice Worth 1 points)

_______ cause(s) populations to change over time.

Natural disasters

Natural selection

Weather

Genes

Question 2 (Multiple Choice Worth 1 points)

Biological diversity includes

a habitat.

all of the different species living in the world.

only the species with genetic variation.

only species that asexually reproduce.

Question 3 (Multiple Choice Worth 1 points)

______ is responsible for formulating the theory of evolution.

Einstein

Darwin

Thomson

Johnson

Question 4 (Multiple Choice Worth 1 points)

Low genetic diversity in a population can lead to

extinction.

growth.

a large population.

a small habitat.

Question 5 (Multiple Choice Worth 1 points)

A food web shows all of the following EXCEPT

the relationship between predators and prey.

that species may have more than one source of food.

which animals are carnivores and which animals are herbivores.

how to find information about animals online.

Question 6 (Multiple Choice Worth 1 points)

Living things change over time in response to

the future environment

fossil evidence

cloning

changes in their environment

Question 7 (Multiple Choice Worth 1 points)

Fossils can tell us about:

phenotypes

genotypes

the future

how species change over time

Question 8 (Multiple Choice Worth 1 points)

Predators are considered a(n) _________ limiting factor.

biotic

unimportant

abiotic

nonexistent

Question 9 (Multiple Choice Worth 1 points)

Bees collect nectar from flowers and, in turn, pollinate the flowers. This relationship is an example of

commensalism.

mutualism.

parasitism.

isolationism.

Question 10 (Multiple Choice Worth 1 points)

Which of the following is a way to increase diversity in a population?

Add new individuals to the population.

Isolate the population from all other factors.

Prevent the population from reproducing.

Feed the population different food.

Question 11 (Multiple Choice Worth 1 points)

Species diversity is defined as

the number of habitats on a continent.

the number of species that live in a given area.

the number of individuals in a population.

how different one individual is from the rest of the population.

Question 12 (Multiple Choice Worth 1 points)

Populations that have many different traits have

low diversity

no diversity

partial diversity

high diversity

Question 13 (Multiple Choice Worth 1 points)

A Bromeliad is a plant that provides water and shelter to frogs. The Bromeliad does not gain or lose anything in the relationship. This is an example of

parasitism

mutualism

commensalism

competition

Question 14 (Multiple Choice Worth 1 points)

A species is reintroduced to an area. Diversity in this area will

fluctuate.

stay the same.

decrease.

increase.

Question 15 (Multiple Choice Worth 1 points)

A clownfish and a sea anemone benefit from being together. Their relationship could be described as

competition.

commensalism.

parasitism.

mutualism.

Question 16 (Multiple Choice Worth 1 points)

Organisms with favorable traits will

die before they are able to mate.

pass those traits on to future generations.

not pass those traits on to future generations.

not be able to have offspring.

Question 17 (Multiple Choice Worth 1 points)

Populations with high levels of genetic diversity are _________ likely to adapt to changes in the environment.

less

not

more

somewhat

Question 18 (Multiple Choice Worth 1 points)

Some plants grow in trees and steal water and nutrients from the tree. This is an example of

parasitism

commensalism

mutation

mutualism

Question 19 (Multiple Choice Worth 1 points)

Diversity is greatest in areas with

limited resources.

small populations.

many extinctions.

many resources.

Question 20 (Multiple Choice Worth 1 points)

You would expect to find ________ in an ecosystem.

only abiotic factors

only biotic factors

biotic and abiotic factors

all the exotic factors

Question 21 (Multiple Choice Worth 1 points)

Natural selection would not take place without

competition for resources

deletions of genes

cloning

asexual reproduction

Question 22 (Multiple Choice Worth 1 points)

In order to decrease the genetic diversity of a population, you would need to

add individuals to a population.

only let individuals breed with other individuals that have very different characteristics.

increase a population's territory.

remove individuals from a population.

Question 23 (Multiple Choice Worth 1 points)

A species lives in its ________.

relationship

population

habitat

evolution

Question 24 (Multiple Choice Worth 1 points)

Three types of symbiotic relationships include

trophism, parasitism, and communication

mutualism, commensalism, and fragmentism

mutualism, commensalism, and parasitism

communalism, mutationism, and parasitism

Question 25 (Multiple Choice Worth 1 points)

Water is considered a(n) _______ limiting factor.

unimportant

biotic

abiotic and biotic

abiotic

Question 26 (Multiple Choice Worth 1 points)

Carnivores only eat which of the following?

Plants

Meat

Both plants and meat

Neither plats nor meat

Question 27 (Multiple Choice Worth 1 points)

The theory of _______ tells us that favorable traits will become common in a population over time.

evolution

natural selection

translation

mutation

Question 28 (Multiple Choice Worth 1 points)

We know of species that are no longer living because we have

observations.

written records.

fossil evidence.

we do not know this.

Question 29 (Multiple Choice Worth 1 points)

Food webs show how animals are connected. Food chains show how

producers eat consumers.

herbivores eat omnivores.

energy is transferred.

all life on Earth is connected.

Question 30 (Multiple Choice Worth 1 points)

Decomposers

produce energy from the sun's rays.

break down dead material in an ecosystem.

produce energy by hunting prey.

are found only in dry climates.

Question 31 (Multiple Choice Worth 1 points)

The process that allows for genetic diversity in populations is

asexual reproduction.

sexual reproduction.

extinction.

cloning.

Question 32 (Multiple Choice Worth 1 points)

Fossil evidence shows us that biological diversity has _____ over time.

not changed

increased

become larger

decreased

Question 33 (Multiple Choice Worth 1 points)

A tapeworm weakens its host, to the point of death. Their relationship is an example of

competition.

parasitism.

mutualism.

commensalism.

Question 34 (Multiple Choice Worth 1 points)

You find that there are 47 species living within 2 miles of your house. This is known as

a habitat.

a population.

extinctions.

species diversity.

Question 35 (Multiple Choice Worth 1 points)

When limiting factors _______, diversity in populations _________.

decrease; increases

decrease; decreases

increase; increases

stays the same; increases

Question 36 (Multiple Choice Worth 1 points)

A specific species that lives in an area is known as

classification.

speciation.

census.

population.

Question 37 (Multiple Choice Worth 1 points)

Species extinctions can cause which of the following?

Decline in diversity.

Natural disasters

Spread of disease.

Increase in diversity.

Question 38 (Multiple Choice Worth 1 points)

Variations in genotype through an entire population describes

bio-diversity.

genetic diversity.

extinctions.

species diversity.

Question 39 (Multiple Choice Worth 1 points)

A(n) _______ consumer eats producers.

tertiary

secondary

omni

primary

Question 40 (Multiple Choice Worth 1 points)

Some human actions that might result in a decrease in diversity in an area include

destruction of habitat.

formation of reserves.

conserving resources.

protecting species.

Question 41 (Multiple Choice Worth 1 points)

If you needed information on the relationships between predators and prey, you would consult a

food chart.

food network.

food tree.

food chain.

Question 42 (Multiple Choice Worth 1 points)

The theory of evolution does not

say that populations change

describe how life began

support adaptation

support the process of natural selection

Question 43 (Multiple Choice Worth 1 points)

Barnacles are stuck to a whale. The barnacles benefit and the whale is unaffected. This is an example of

communication.

commensalism.

parasitism.

mutualism.

Question 44 (Multiple Choice Worth 1 points)

Which of the following is not true of the relationship humans have with animals?

Humans and animals compete for space.

Human activities negatively affect animals.

Humans and animals are rarely in conflict.

Humans consume many natural resources animals need.

Answer 89

@CGGURUMANJUNATH and @AnswerMyQuestions

Answer 90

no one will answer that, its probably your exam @dragonknight326