What elment is found in amino acids that are not found in simple sugers?

Which of the following is NOT a component that energy from the sun affects?

Anastasy [175]

Answer:

No pictures .......But an educated Guess

The sun generates energy from a process called nuclear fusion. During nuclear fusion, the high pressure and temperature in the sun's core cause nuclei to separate from their electrons. Hydrogen nuclei fuse to form one helium atom. During the fusion process, radiant energy is released.

Explanation:

Anything other than this^^^^^ is wrong.

7 0

3 years ago

When one location on Earth has 14 hours of daylight, is the rest of the world having 14 hours of daylight as well?

Aleonysh [2.5K]

No. The amount of daylight each location receives everyday depends on the latitude of the location. It also depends on how the earth orbits the sun. As the orientation changes throughout the year, the sunlight on earth’s surface for the given location will also change.

5 0

3 years ago

Consider the pedigree below. The circles represent females and the boxes, males. White color indicates a normal phenotype while

Natalija [7]

Hello. You forgot to show the pedigree image of that family. It is important that you always provide all the necessary information so that it is possible to answer your question the way you deserve.

The required image is attached below:

Answer:

Generation 1: cc - CC
Generation 2: Cc-Cc-Cc - CC
Generation 3: Cc - Cc - cc
Generation 4: cc - CC - cc - CC

Explanation:

As seen in the question above, dark colored circles or squares develop the cystic fibrosis disorder that is represented by the recessive "c" allele. While light colored circles and quads did not develop the disorder, but can carry the gene, if they present the heterozygous allele pair "Cc".

As we know, homozygous alleles are only phenotypically expressed if they are homozygous, that is, if they present the "cc" pair.

Thus, we can say that in the family shown in the figure below, generation 1 presents a person with the "cc" alleles and another with the "CC" alleles. The interbreeding between these two people, will generate an offspring totally "Cc", that although it has the gene responsible for the disorder, they will not present the disease because they are heterozygous.

According to the result of Generation 3, we can assume that a member of generation 2 (who possessed the Cc alleles) had a cross with an individual with the "CC 'alleles thus generating, generation 3, with two individuals of" Cc alleles. "or an individual from the" CC "allele and one from the" Cc "allele.

The generation 3 individual with the "Cc" allele also crossed with a "Cc" individual. As each member of the offspring receives an allele from each parent this cross would be:

Cc * Cc = CC - Cc- Cc - cc

Based on this, we can say that each member of the offspring would have a 25% chance of presenting the disease. As we can see in the figure below, two members of this offspring have inherited the "cc" alleles and have the disease.