What happens to molecules when an organism eats another organism?A. The atoms of the molecules are transformed into atoms of totally different elements.

B. The molecules are rearranged by the process of photosynthesis.

C. The molecules are changed into energy and released into the ecosystem as heat.

D. The molecules are broken apart and their atoms are rearranged to form new molecules.

Answers

Answer 1
Answer: D. The molecules are broken apart and their atoms are rearranged to form new molecules.

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Unstable atmospheric conditions lead to the formation of lightning and thunder ina. nimbostratus clouds.c. altostratus clouds.b. altocumulus clouds.d. cumulonimbus clouds.

What happens to E. coli when lactose is not present? a. The enzymes needed to break down lactose are continually produced.
b. The genes that produce the enzymes needed to break down lactose are not expressed.
c. E. coli is not able to survive without lactose.
d. The genes required to produce the enzymes that break down lactose are destroyed.

Answers

When lactose is not present, what happens to E. coli is that the genes that produce the enzymes needed to break down lactose are not expressed. The correct answer is B.

D. The genes that produce the enzymes needed to break down lactose are not expressed.

Absolutely sure!

Having freckles is dominant (F). and not having freckles is recessive (f). a mother has FT and a father has Ft. if they have a child, which genotype will make their child not have freckles?

Answers

Answer: A genotype Tt (f) will make their child not to have freckles. Only offspring with alleles containing the dominant gene 'F' will have freckles.

Explanation:

MENDEL'S PRINCIPLES OF INHERITANCE can be used to understand how genes and their alleles are passed down from one generation to the next.

The 3 principles include:

1. Law Of Dominance And Uniformity: Some alleles are dominant while others are recessive; an organism with at least one dominant allele will display the effect of the dominant allele.

2. Law of segregation: During gamete formation, the alleles for each gene segregate from each other so that each gamete carries only one allele for each gene.

3. Law of independent assortment: Genes of different traits can segregate independently during the formation of gametes.

The father because of Ft

The following scientists made significant contributions to our understanding of the structure and function of DNA. Place the scientists' names in the correct chronological order, starting with the first scientist(s) to make a contribution. I. Avery, McCarty, and MacLeod II. Griffith III. Hershey and Chase IV. Watson and Crick V. Chargaff

Answers

Answer: All of the mentioned Scientist made considerable contributions to understanding the DNA molecule in the order:

Explanation: 1.Fredrick Griffith

2. Avery, McCarty and MacLeod

3.Chargaff

4.Hershey and Chase

5.Watson and Crick

Answer:

Griffith, Chargaff, Avery Mc Carty and MacLeod, Hershey and Chase, Watson  and Crick,

Explanation:

Avery, McCarty and MacLeod- their famous experiment, an experimental demonstration of DNA was presented in 1944

Griffith: born in 1877. In 1928 he reported his first observation of transforming principle in bacteria.

Hershey and Chase: They conducted series of experiments in 1952 to confirm that DNA is a genetic material

Watson and Crick: Crick was born in 1916 and Watson in 1928. Their discovery of DNA as double helix structure was made in 1953

Chargaff was born in 1905. He developed two rules that led to the discocery of DNA as double helix structure

I need help with question 5.

Answers

I believe it's 6,179.
the answer is 6,179. Hope this helps! (:

A plant with the dominant trait, wrinkled seeds, is crossed with a plant that has non-wrinkled seeds. All of the offspring are all wrinkled-seeded. What is the likelihood that the gametes of the wrinkled-seeded parent plant contain one non-wrinkled allele?

Answers

The answer is 0 percent.

If we represent dominant trait (wrinkled seeds) with A and recessive trait (non-wrinkled seeds) with a, then genotypes are AA (dominant homozygous), Aa (heterozygous), and aa (recessive homozygous). The phenotype of wrinkled seed is determined by genotypes either Aa or AA. Since the cross of a plant with wrinkled seed with a plant with non-wrinkled sees gives only wrinkled-seeded offspring, the plant with wrinkled seeds must be dominant heterozygous.
Let's look at both examples.
If wrinked-seeded parent contains one non-wrinkled allele, it must be heterozygous (Aa):

Parents:       Aa      x      aa
Offspring:    Aa    Aa    aa   aa

So, the 50% of offspring has wrinkled seeds and 50% has non-wrinkled seeds. 

If 
the wrinkled-seeded parent does not contain any non-wrinkled allele:
Parents:       AA      x      aa
Offspring:    Aa    Aa    Aa   Aa

Thus, al
l of the offspring are heterozygous and all of them have wrinkled seeds.

Answer:

a)0%

Explanation:

Which propaganda technique is being used when a political candidate seems to be recalling all the good things he has done, omitting facts that would justify his defeat?A. Glittering generalities
B. Plain folks
C. Bandwagon
D. Card stacking

Answers

The propaganda technique that is being used when a political candidate seems to be recalling all the good things he has done, omitting facts that would justify his defeat is called card stacking. This will make the correct answer D. 

Answer: D. Card stacking

Card stacking is a propaganda technique which is used by the politicians in order to manipulate the perception of the audience by emphasizing and highlighting their good deeds and repressing their negative ends and negligence. The technique is commonly used in their persuasive or vote appealing speeches to make themselves more worthy for the desired position over the opponent party.