c) extreme heat and pressure form metamorphic d) Rocks at Earth's surface are broken down into smaller pieces.
Answer:
options 1 and 2
Explanation:
i got them right on edge
possible? Select all that apply.
Answer:
b blood
Explanation:
A mother with blood type A can have a son with blood type B if the father has blood type B and passes on the B allele.
Inheritance of blood types is determined by specific genes, called ABO genes, which are located on chromosomes.
In this case, the mother has blood type A, which means she has two copies of the A allele (IAIA). The father must have given the B allele (IB) to the son, resulting in blood type B.
Therefore, the possible combinations for the son's blood type are IAIB (AB), since he inherited one A allele from his mother and one B allele from his father, and IBIB (B), if the father has blood type B and passed on both B alleles.
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B It is an anabolic reaction that is endothermic.
C It is a catabolic reaction that is exothermic.
D It is an anabolic reaction that is exothermic.
Answer: The correct answer is-
B It is an anabolic reaction that is endothermic.
A cell forms glycogen from simple sugars when food is plentiful. In human beings, carbohydrates ( glucose) are stored in the form of glycogen in muscles and adipose tissue.
The formation of glycogen from glucose is called as glycogenesis and it requires large amount of energy ( endothermic reaction) as a larger molecule is formed from simple glucose molecules, which shows an anabolic reaction.
Thus, option B) is the right answer.
b. they eat very different types of food
c. their chromosomes should be very similar
d. they should share fewer homlogous structures than two more closely related organisms.
e. they should be members of the same species
Answer:
d. they should share fewer homologous structures than two more closely related organisms.
Explanation:
One of the bases for determining how related two species of organisms are is by determining the similarities and differences in their anatomy. The number of homologous structures shared between two organisms is what is being considered here. Homologous structures are organs found among different organisms that share similar ancestral origin. These homologous structures shared among the different organism of the same ancestry have similar bone configuration. An example of homologous structure is the forelimb structure which is similar in configuration in humans, bats, and birds.
Homologous structures serve as evidence that points to the fact that two organisms are related or share a common ancestry.
Consequently, it is inferred that, the more homologous structures that two organisms share, the more closely they are related. Therefore, if two modern organisms are distantly related in an evolutionary sense, then one should expect that they should share fewer homologous structures than two more closely related organisms.
Answer:
d. they should share fewer homologous structures than two more closely related organisms
Explanation:
In evolution, homology is defined as the similarity level of two or more organisms due to the existence of a common ancestor. In this case, it is expected that the homologous structures evidence the evolutionary relationships among these organisms