1. According to the Virtual Population lab, when Paramecium Aurelia is grown alone, it reaches its carrying capacity on Question 1 options:

A. Day 4.

B. Day 6.

C. Day 8 .

D. Day 10.

2. When grown alone, Paramecium caudatum grows in a growth pattern.

Question 2 options:

A. exponential

B. random

C. logistic

3. When grown alone, Paramecium aurelia grows in a growth pattern.

Question 3 options:

A. exponential

B. logistic

C. random

4. When paramecium populations are mixed in the same test tube and grown together, the growth pattern exhibited..

Question 4 options:

A. supports the principle of competitive exclusion because as both species compete for resources, one population of paramecium dominates and takes over the niche while the other population of paramecium dies out.

B. does NOT support the principle of competitive exclusion because as both species compete for resources, both species are able to live together without any changes to their population growth.

C. supports the principle of competitive exclusion because as both species compete for resources, both species are able to live together without any changes to their population growth.

D. does NOT support the principle of competitive exclusion because as both species compete for resources, one population of paramecium dominates and takes over the niche while the other population of paramecium dies out.