Answer:
The answer is an unicellular organism.
Explanation:
There are many reasons why unicellular organisms, like bacteria, are better for understanding mutations. First of all, as there's only one cell, the amount of DNA is less, and therefore, easier to completely change. Also, unicellular organisms reproduce faster and without recombination, in most cases. Meaning that the mutation or change will be inherited doubtlessly.
Although I see no photosynthesis model, I can assume that the correct answer is that the inputs for photosynthesis are the outputs for respiration, and the outputs for photosynthesis are the inputs for cellular respiration. Therefore, they both depend on each other to keep themselves going.
Answer:
2 ormore tissues working together can do a lot more. An organis structure made of 2 or more tissues that work together. The heart is made up of 4 types of tissues. The 4 different tissue types work together in the heart as they do in the other organs.
Frequency of allele a1 is 75%, p=0.75
Frequency of allele a2 is 25%, q=0.25
If a population is in Hardy-Weinberg equilibrium then:
p2+2pq+q2=1
<span>p2 is the frequency of genotype a1a1 (homozygous),</span>
2pq is the frequency of genotype a1a2 (heterozygous),
q2 is the frequency of genotype a2a2
<span>The proportion of individuals with genotype a1a2 is then 2*0.75*0.25=0.375 (37.5%).</span>
If Morgan crossed XrXr and XrY, a white-eyed female and a white flied male, it will produce 2 XrXr(white-eyed female fly) and 2 XrY(white-eyed male fly).