Correct Answer: B. development of flowers

Correct Answer: B. negative phototaxism

Correct Answer: D. Natural selection

Correct Answer: D. stimulate the production of antibodies

Correct Answer: B) Tapeworm

Explanation

This Biology question is asking us to identify an endoparasite from a list of options. An endoparasite is a parasite that lives inside the body of its host. The correct answer to this question is option B: Tapeworm. A tapeworm is a type of flatworm that lives in the intestines of its host, which can be humans or other animals. It feeds on the host's ingested food and can grow up to several meters long. Earthworms are not endoparasites, they are free-living organisms that are important decomposers in the soil. Mosquitoes, houseflies, and tsetse flies are all ectoparasites, which are parasites that live outside the body of their host. Mosquitoes and tsetse flies feed on the blood of their hosts, while houseflies feed on organic matter. It is important to understand the different types of parasites, as they can cause harm to their hosts by feeding on their nutrients or spreading diseases. Some common examples of parasites include fleas, ticks, lice, and tapeworms. To learn more about parasites and their impact on human and animal health, please see the relevant sections of the recommended textbooks.

Correct Answer: B. disease resistance

Correct Answer: D. basal

Correct Answer: B) turgidity

Explanation

Plants have different parts that serve different functions. One of the parts of the plant is the stem. The stem is responsible for holding the plant upright and carrying water and nutrients from the roots to the leaves and other parts of the plant. In this question, we are asked what keeps the stem of young herbaceous plants upright. The correct answer to this question is Option B: turgidity. Turgidity refers to the state of being swollen or distended due to high fluid content. In this case, the stem of young herbaceous plants is kept upright by the pressure of water-filled cells within the stem. The cells become swollen due to the influx of water, causing the stem to remain rigid and upright. It is important to note that as the plant grows, the stem becomes more woody and rigid, providing more support for the plant. However, in young herbaceous plants, turgidity plays a significant role in keeping the stem upright. In summary, young herbaceous plants keep their stems upright mainly through turgidity, which is the pressure of water-filled cells within the stem. As the plant grows, the stem becomes more rigid and woody, providing additional support for the plant.

Correct Answer: A) starch

Explanation

Mucor and Rhizopus are types of fungi that are commonly found in soil and other organic matter. These fungi are known to absorb carbohydrates, which are a type of nutrient that provides energy to living organisms. The question is asking about the specific form of carbohydrate that is absorbed by Mucor or Rhizopus. The options listed are starch, sucrose, glycogen, arabinose, and glucose. Out of these options, the correct answer is starch. Starch is a complex carbohydrate that is commonly found in plants, and it is made up of many glucose molecules linked together. When Mucor or Rhizopus come into contact with starch, they secrete enzymes that break down the starch into individual glucose molecules, which can then be absorbed by the fungi and used for energy. Sucrose, glycogen, arabinose, and glucose are all forms of carbohydrates as well, but they are not the specific form of carbohydrate that is absorbed by Mucor or Rhizopus. Overall, it is important to understand how different types of fungi obtain nutrients and energy. For more information about this topic, please refer to your Biology textbook.

Correct Answer: B. Brown hair

Explanation

A phenotype is a physical trait that can be observed. Thus, eye color (and hair color) are great examples of phenotypes. A genotype describes the genetic traits of a person (e.g. whether that person has the autosomal or recessive alleles of a gene). The genotype of an individual determines his or her phenotype.