Question

data:| round | # of cheerios (asexual) | # of fruit loops (sexual) | original parents colors, obstacles, and benefits || ---- | ---- | ---- | ---- || 1 | 1 | 2 | original parents colors: red green || 2 | 2 | 3 | normal year || 3 | 4 | 4 | normal year || 4 | 8 | 4 | normal year || 5 | 16 | 5 | benefit 1:3 organisms immigrate into the population. add 3 cheerios and 3 fruit loops || 6 | 32 | 8 | obstacle 1: new fruit loop predator starts eating all of the red colored loops. (randomly select a color to die, all the fruit loops of that color will be die) || 7 | 64 | 12 | normal year || 8 | 128 | 10 | obstacle 2: genetic disease kills all organisms that are identical to the original parents (cheerios and fruit loops). red/green |draw a line graph:changes in population over timenumber of cheerios/fruit loopskey: cheerios: fruit loopsanalysis:cheerios (asexual)advantage:disadvantage:fruit loops (sexual)advantage:disadvantage:define asexual (cheerio) reproductiondefine sexual (fruit loops) reproductionwhich type of reproduction do you think would be more successful if there was a disease that was easily transferred to others? why?

Explanation:

Step1: Define asexual reproduction

Asexual reproduction (Cheerios): Offspring are genetically identical to a single parent, created via mitosis or binary fission, with no genetic recombination.

Step2: Define sexual reproduction

Sexual reproduction (Fruit Loops): Offspring inherit genetic material from two parents, created via meiosis and fertilization, leading to genetic variation.

Step3: Asexual (Cheerios) pros/cons

Advantage: Rapid population growth

No need to find mates; Expression: Fast reproduction rate

Disadvantage: No genetic variation

All offspring are clones; Expression: Uniform genotype

Step4: Sexual (Fruit Loops) pros/cons

Advantage: Genetic diversity

Offspring have unique gene combinations; Expression: Increased phenotypic variation

Disadvantage: Slower population growth

Requires mate finding and gamete fusion; Expression: Lower reproductive speed

Step5: Disease resistance analysis

Sexual reproduction (Fruit Loops) is more successful against easily transmitted diseases. Genetic variation means some individuals may have alleles that confer resistance, allowing the population to survive. Asexual populations (Cheerios) are all identical; if the parent is susceptible, all offspring will be susceptible, leading to potential population collapse.

Step6: Complete line graph

Plot Cheerios (asexual) data:
Round 1: 1; Round 2: 2; Round 3: 4; Round 4: 8; Round 5: 16; Round 6: 32; Round 7: 64; Round 8: 128
Plot Fruit Loops (sexual) data:
Round 1: 2; Round 2: 3; Round 3: 4; Round 4: 4; Round 5: 5; Round 6: 8; Round 7: 12; Round 8: 10
Use the key to assign lines, with the x-axis as "Round" and y-axis as "Number of Organisms".

Answer:

Definitions:

• Asexual Reproduction (Cheerios): Reproduction requiring only one parent, producing genetically identical offspring.
• Sexual Reproduction (Fruit Loops): Reproduction requiring two parents, producing genetically diverse offspring via genetic recombination.

Analysis:

• Cheerios (Asexual)

Advantage: Fast, efficient population growth
Disadvantage: No genetic variation, vulnerable to threats

• Fruit Loops (Sexual)

Advantage: Genetic diversity aids survival against threats
Disadvantage: Slower population growth due to mate requirements

Disease Resistance Conclusion:

Sexual reproduction (Fruit Loops) would be more successful. Its genetic variation means some individuals may carry disease-resistant traits, allowing the population to persist, while the genetically uniform asexual (Cheerios) population would be entirely susceptible to the easily transmitted disease.

Line Graph Summary:

The line graph will show the asexual Cheerios population growing exponentially until round 8, while the sexual Fruit Loops population grows more slowly, with a slight decline in round 8 due to the genetic disease obstacle.