Answer:
The classification is as follow:
1-Class: Insecta
2-Order
3-Family
4-Genus
5-Species
If two insect species are in the same family they share the same order, but not in reverse mode
Two insect species have the most recent shared common ancestor if they are in the same Family since this group is more inclusive than one defined by the Order
If an insect species X and other insect species Y are in the same Family, is more likely that X and Y have the most recent common ancestor compared than the insect species Z that is in a different family
If A is dominant allele, and a is recessive allel, than:
p is frequency of A allele, q is a frequency of a allele, p2 is a frequency of homozygous dominant genotype, 2pq is frequency of heterozygous genotype and q2 is frequency of homozygous recessive genotype.
If the population is in Hardy-Weinberg equilibrium; p+q=1
p=0.15 q=1-0.15=0.85
2pq=2*0.15*0.85=0.255~26%
Number one is D
Number 2 is b im pretty sure
False. The correct order is:
Question
Research
Hypothesis
Test the hypothesis
Analyze data
Conclusion
C is the answer. Due to the current state of the world economy; people, if left to their own devices, would fish as much as possible so they can sell their fish to make money. Current technology means we can catch as many fish as we want (trawlers etc.). The problem with this is that there is only a finite amount of fish in the sea. If we were to fish them without limits in place, we could cause them to go extinct.
