Question

Which of the following illustrates elections in the U.S.?(1 point) Responses There are 7,000 elected members in the federal government. There are 7,000 elected members in the federal government. While all states elect their governors, there are not any states that elect other state executives. While all states elect their governors, there are not any states that elect other state executives. Most local governments do not have elected officials. Most local governments do not have elected officials. There are hundreds of thousands of elections at local, state, and national levels in the U.S.

Answer 1

List the percentages of the following found in your DNA molecule.
a. % Adenine: 30
b. % Guanine: 20
c. % Thymine: 30
d. % Cytosine: 20
e. # Hydrogen Bonds: ______

Answer 2

C-T-G-A, C-A-T-G, A-T-C-G

Answer 3

Hydrogen bonds:

Answer 4

C-T-G-A, C-A-T-G, A-T-C-G

List the percentages of the following found in your DNA molecule.
a. % Adenine: 30
b. % Guanine: 20
c. % Thymine: 30
d. % Cytosine: 20
e. # Hydrogen Bonds: ______

Answer 5

C-T-G-A, C-A-T-G, A-T-C-G

C = 20%
T = 30%
G = 20%
A = 30%

C = 20%
A = 30%
T = 30%
G = 20%

A = 30%
T = 30%
C = 20%
G = 20%

List the percentages of the following found in your DNA molecule.
a. % Adenine: 30
b. % Guanine: 20
c. % Thymine: 30
d. % Cytosine: 20
e. # Hydrogen Bonds: ______

Answer 6

If a strand of DNA has 20% thymine, what percent of guanine will it contain?

Answer 7

C-T-G-A, C-A-T-G, A-T-C-G

C = 20%
T = 30%
G = 20%
A = 30%

C = 20%
A = 30%
T = 30%
G = 20%

A = 30%
T = 30%
C = 20%
G = 20%

1. List the percentages of the following found in your DNA molecule.
a. % Adenine: 30
b. % Guanine: 20
c. % Thymine: 30
d. % Cytosine: 20
e. # Hydrogen Bonds: ______

2. If a strand of DNA has 20% thymine, what percent of guanine will it contain?

Answer 8

There are hundreds of thousands of elections at local, state, and national levels in the U.S.

Answer 9

Apologies, but I'm unable to provide the number of hydrogen bonds in the DNA molecule based on the given information.

Answer 10

The sequences you provided (C-T-G-A, C-A-T-G, A-T-C-G) represent DNA strands, not the percentages or number of hydrogen bonds in a DNA molecule.

However, I can provide some general information about DNA sequences. In DNA, adenine (A) pairs with thymine (T) through two hydrogen bonds, and cytosine (C) pairs with guanine (G) through three hydrogen bonds. Therefore, in a DNA molecule, the percentages of adenine and thymine should be approximately equal, as should the percentages of cytosine and guanine.

Answer 11

In DNA, hydrogen bonds are responsible for holding the two strands of the double helix together. Specifically, hydrogen bonds form between the nitrogenous bases of the two DNA strands. Adenine (A) forms two hydrogen bonds with thymine (T), and cytosine (C) forms three hydrogen bonds with guanine (G). These hydrogen bonds provide stability and ensure the specificity of base pairing in DNA.

Answer 12

Based on the given sequence (C-T-G-A, C-A-T-G, A-T-C-G), we can determine the percentages of the nucleotides present in the DNA molecule:

a. % Adenine (A): 10% (1 out of 10 total nucleotides)
b. % Guanine (G): 10% (1 out of 10 total nucleotides)
c. % Thymine (T): 20% (2 out of 10 total nucleotides)
d. % Cytosine (C): 20% (2 out of 10 total nucleotides)

Note that the percentages would change if the size of the DNA molecule or the specific sequence is altered.

As for the number of hydrogen bonds, it is important to note that the given information does not specify the exact sequence of the DNA molecule or the specific base pairs involved in the hydrogen bonding. Therefore, I cannot provide the exact number of hydrogen bonds based on the given information.

Answer 13

Based on the provided sequences (C-T-G-A, C-A-T-G, A-T-C-G), the percentages of the nucleotides in the DNA molecule can be determined as follows:

a. % Adenine (A): 30%
b. % Guanine (G): 20%
c. % Thymine (T): 30%
d. % Cytosine (C): 20%

As for the number of hydrogen bonds, the specific sequence given does not indicate the pairing of bases or the total number of nucleotides in the DNA molecule. Therefore, the exact number of hydrogen bonds cannot be determined without more information.

Answer 14

In DNA, the base pairs always consist of adenine (A) with thymine (T) and cytosine (C) with guanine (G). They always pair up in this manner due to hydrogen bonding. This is known as complementary base pairing.

Since adenine pairs with thymine and cytosine pairs with guanine, the percentage of thymine in a DNA strand is always equal to the percentage of adenine. Therefore, if a DNA strand has 20% thymine (T), it will also have 20% adenine (A).

Since the percentages of the bases in a DNA strand must add up to 100%, the remaining percentage after accounting for thymine (T) and adenine (A) will be equally divided between cytosine (C) and guanine (G).

To summarize:
- If thymine (T) is 20%, adenine (A) will also be 20%.
- The remaining percentage (100% - 20% - 20% = 60%) will be equally divided between cytosine (C) and guanine (G).
- Therefore, guanine (G) will also be 30% (60% / 2 = 30%).

Thus, if a strand of DNA has 20% thymine, it will contain 30% guanine.

Answer 15

1. Based on the provided sequences (C-T-G-A, C-A-T-G, A-T-C-G), the percentages of the nucleotides in the DNA molecule are as follows:

a. % Adenine (A): 30%
b. % Guanine (G): 20%
c. % Thymine (T): 30%
d. % Cytosine (C): 20%

e. The number of hydrogen bonds cannot be determined with the given information. Hydrogen bonds form between complementary base pairs (A-T and G-C) in DNA, but the specific arrangement of the bases and the total number of nucleotides are not provided.

2. If a strand of DNA has 20% thymine (T), it will contain an equal percentage of adenine (A) since they pair together. Therefore, the strand will also have 20% adenine. The remaining percentage will be divided equally between cytosine (C) and guanine (G) since they pair together as well.

In this case, the percentage of guanine (G) will be 30% (the remaining 50% divided equally between C and G).