Insect Sexual and Asexual Comparision

Posljednje ažuriranje about 2 years ago

28

Biblioteka

Insect Sexual and Asexual Comparision

Posljednje ažuriranje about 2 years ago

28

1

What is the total number of insects in group A and B at the start (Year 1)?

1

Why are insects in group B different colors?

all the insects are genetically identical

the insects have different genes and variations

1

Group A is reproducing

sexually

asexually

1

What is the population of group A at year 3?

1

What is the population of group B at year 3?

1

At year 3, a disease entered the population killing half the insects with blue color to die. Which group will be effected more by this disease?

A

B

1

What is the population of group A at year 4?

1

What is the population of group B at year 4?

1

What is the population of group A at year 5?

1

What is the population of group B at year 5?

1

At year 6, how many insects are in the population for group A?

1

At year 6, how many insects are in the population for group B?

1

2

Which population grew the fastest?

Group A

Group B

2

Which population had the most genetic variation?

Group A

Group B

2

To answer these questions, check out the slideshow that is posted on asexual and sexual reproduction

1

State an advantage of sexual reproduction

1

State a disadvantage of sexual reproduction.

1

State an advantage of asexual reproduction.

1

State a disadvantage of asexual reproduction.

1

What is the total number of insects in group A and B at the start (Year 1)?

1

Why are insects in group B different colors?

all the insects are genetically identical

the insects have different genes and variations

1

What is the population of group A at year 3?

1

What is the population of group B at year 3?

1

Group B started with 12 individuals. How many new offspring were born during year 3?

12

6

18

2

1

At year 3, a disease entered the population killing half the insects with blue color to die. Which group will be effected more by this disease?

A

B

1

What is the population of group A at year 4?

1

What is the population of group B at year 4?

1

Group B started with 8 breeding pairs. How many new offspring were born during year 4?

4

6

8

12

1

What is the population of group A at year 5?

1

What is the population of group B at year 5?

1

Group B started with 12 breeding pairs. How many new offspring were born during year 5?

5

10

12

8

1

At year 6, how many insects are in the population for group A?

1

At year 6, how many insects are in the population for group B?

1

Group B started with 18 breeding pairs. How many new offspring were born during year 6?

8

4

18

100

2

Which population grew the fastest?

Group A

Group B

2

Which population had the most genetic variation?

Group A

Group B

2

Which population was most affected by the disease in year 3? Explain why.

To answer these questions, check out the slideshow that is posted on asexual and sexual reproduction

1

State an advantage of sexual reproduction

1

State a disadvantage of sexual reproduction.

1

State an advantage of asexual reproduction.

1

State a disadvantage of asexual reproduction.

Group A started with 8 insects, in year 2 how many insects are there in group A?

The insects in group B are reproducing

sexually

asexually

In group B how many individuals are needed to produce an offspring?

1

2

3

At the end of year 2, how many insects are there in the group B population?

Group B started with 8 individuals or 4 breeding pairs. How many new offspring were born during year 2?

4

2

1

8

Group B started with 12 individuals. How many new offspring were born during year 3?

12

6

18

2

Group B started with 8 breeding pairs. How many new offspring were born during year 4?

4

6

8

12

Group B started with 12 breeding pairs. How many new offspring were born during year 5?

5

10

12

8

Group B started with 18 breeding pairs. How many new offspring were born during year 6?

8

4

18

100