Which of the following describes only RNA?

The best statement that summarizes the information provided by the diagram is heat and pressure change igneous rocks into metamorphic rocks, option (b) is correct.

The diagram implies a process involving the transformation of rocks, and it suggests that the key factor in the conversion is the application of heat and pressure. This aligns with the fundamental process of metamorphism, where pre-existing rocks, including igneous rocks, undergo significant changes in their mineralogy, texture, and structure due to high temperatures and pressures deep within the Earth's crust.

This statement accurately captures the essence of the diagram's representation of rock transformation. It should be noted that the other statements do not align with the depicted process or overlook crucial elements, option (b) is correct.

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The correct question is:

Which of these statements best summarizes the information provided by the diagram?

a. Melting changes metamorphic rocks into sediments.

b. Heat and pressure change igneous rocks into metamorphic rocks.

c. Weathering and erosion change sediments into sedimentary rocks.

d. Cooling changes igneous rocks into magma.

Answer:

5. ee, attatched earlobes

8. Ee, free earlobes

Explanation:

Answer:

A dog breeder breeds a brown dog and a black dog and all the puppies are brown.

Explanation:

This is because of the Mendelian inheritance order of characteristics. In all other example, there are several other things that don't align with this order like gender variability, specie variability etc.

All the puppies are brown and this shows proper and complete dominance in accordance with the law...

Answer:

A dog breeder breeds a brown dog and a black dog and all the puppies are brown.

Explanation:

According to Mendel’s Law of Dominance, when two homozygous parents that have contrasting traits are crossed, the dominant trait is what would be expressed in the next generation as phenotype. The offspring produced by these parents are heterozygotes having two different alleles of a trait that are contrasting. One allele will be dominant over the other. The allele that is not expressed is the recessive allele of the trait, while the allele that is expressed is the dominant allele.

A good example of Mendel’s law of Dominance is the case of a dog breeder who breeds a brown dog and a black dog and all the puppies are brown.  

We can infer that both parents are likely homozygous to hair/skin color as a trait. And when crossed, all offspring are brown simply because the allele for brown color is dominant over the allele for black color, and since the offspring are heterozygotes, i.e., they have a pair of dominant allele and recessive allele, the dominant allele would be expressed over the recessive allele. Black color is concealed in the presence of brown color.