Question that is related to Biology?Serious Answers, Please 1. If a child more strongly resembles the maternal grandmother than the maternal grandfather, the explanation could be due to random chromosome alignment during the mother's a. prophase I b. metaphase II c. telophase I d. anaphase II e. metaphase I 2. The chromosomal DNA is duplicated in ____ of meiosis. a. anaphase II b. prophase I c. prophase II d. interphase e. metaphase I 3. Pairing of homologues and crossing over occur during a. anaphase I b. telophase II c. prophase II d. metaphase II e. prophase I 4. Through meiosis: a. Parental DNA is divided and distributed to forming gametes. b. Alternate forms of genes are shuffled. c. The diploid chromosome number is reduced to haploid. d. Offspring are provided with new gene combinations. e. All of these. 5. The stage of sperm development directly before the mature sperm is called a. sperm mother cell b. spermatagonium c. primary spermatocyte d. secondary spermatocyte e. spermatid

Answers

Answer 1
Answer: Please find answers below to your questions related to Biology:
Question #1. (e.) methaphase - this is the 3rd phase of mitosis in which the genetic material duplicated from the nucleus of a parent cell to the identical daughter cells.Question #2. (d.) interphase- During this phase in mitosis, chromosomal DNA is duplicatedQuestion #3. (e.) prophase- This is also called chromatin condensationQuestion #4. (e.) All of theseQuestion #5. (e.) spermatid- It is the third process of spermatogenesis out of four.

Related Questions

T cells are programmed to provide humoral immunity true or false
Are curly ears a dominant or recessive trait ?
What do changes in pH (too low or too high) do to an enzyme that reduce its activity? Option 1: Increase its activity Option 2: Have no effect on its activity Option 3: Denature and decrease its activity Option 4: Convert it into a different enzyme
Situations in which one allele for a gene is not completely dominant over another allele for that gene are called__. A. multiple genes. B. incomplete dominance. C. polygenic inheritance. D. multiple alleles.
What happens during transcription?a. The transcription process stops. b. RNA polymerase is guided to the correct place. c. mRNA is produced from the DNA. d. DNA is produced from the mRNA.

There is a need to organize Groups and Divisions to ensure appropriate levels of span of control. The Groups and Divisions can be organized into:a. Companies.
B. Branches.
C. Regiments.
D. Units.

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a. Companies

There is a need to organize Groups and Divisions to ensure appropriate levels of span of control. The Groups and Divisions can be organized into COMPANIES


NOT:
B. Branches.
C. Regiments.
D. Units.

People farm on land that was once _______.a forest
a desert
a grassland
all of the above

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I believe the answer is all above

All of the above sounds correct.

2. Heat is released when fossil when fuels are burned. This is an example ofA. Kinetic energy to chemical energy
B. Chemical energy to thermal energy
C. Nuclear energy to thermal energy
D. Potential energy to chemical energy

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Answer:

The answer is B. Chemical energy to thermal energy Hopefully this helps!

Termites are unable to digest some plant materials (fiber). Termite stomachs contain bacteria that digest the fiber in wood. Which type of relationship does this describe?

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The answer is a symbiotic relationship.

Symbiosis is an interaction between two different species. Termites live feed on dead plant materials and cellulose. But their body cannot produce enzymes responsible for cellulose degradation. Therefore, they established symbiotic interactions with gut bacteria which are able to digest the fiber in the wood. Gut bacteria break down carbohydrates to the smaller units, which are then absorbed and oxidized by the termites

Answer:

symbiotic relationship.

Explanation:

What is one advantage of having many small cells instead of one large cell?

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With smaller cells, there is a greater surface area.                   

Is it possible for two parents that both have a recessive trait to pass off the dominant trait to their offspring???

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To get a recessive trait, they have to receive one of each from each parent. So in this case, they would be getting one form each parent which would likely give an equal chance of getting either the dominant or recessive trait. Thanks my theory, but hope it helps?