Answer:
hey you didn't provide the complete question. what's the full question maybe I could help
The option that best describes similarities that exist between reptiles and amphibians is that <span>they are both vertebrates that lay eggs to reproduce.
Vertebrates are a</span><span>nimals with an internal skeleton made of bone, and</span><span> include fish, amphibians, reptiles, birds, mammals, primates, rodents and marsupials.</span>
Answer:
a trophic cascade
Explanation:
A trophic cascade -
It refers to the process where the addition or removal of any of the predators disturbs the food chain , is referred to as a trophic cascade .
As the reduction in one of the animal of the food cycle would lead to the increases in the number of his food , which would be the plant or the animal .
Hence , from the given scenario of the question ,
The correct answer is a trophic cascade .
The correct answer is:
fixation
Explanation:
Nitrogen fixation is a method by which nitrogen in the Earth's atmosphere is converted into ammonia or other molecules prepared to living organisms. Nitrogen fixation is carried by a diversity of bacteria, both as free-living organisms and in symbiotic association with plants. Because it is the primary source of the nitrogen in the soil, nitrogen that plants need to grow, nitrogen fixation is one of the most critical biochemical processes on Earth
Answer:
The correct answer is:
which of the blood type forms when an individual receives one copy of each allele? (D)
Explanation:
Alleles are each of the alternative forms of a gene. In this example, the two forms of the alleles for the Rhesus (Rh) factor are Rh+ and Rh-. These alleles can either be expressed as h0m0zygous alleles (two of the same kind; Rh+ Rh+, Rh- Rh-) or heterozygous alleles (a pair made up of both; Rh+ Rh-)
In the h0m0zygous state, there is the expression of the allele that makes up the pair. However, in the heterozygous state, the dominant allele is expressed phenotypically, even in the presence of the recessive allele that makes up the genotype. Therefore, the dominant allele is the resulting blood group seen in an individual in a heterozygous (one copy of each) state.
