Which best describes how DNA is used as a molecular clock?
The number of mutations in DNA is compared between two species.
The total amount of DNA is compared between two species.
The percent of carbon in DNA is compared between parent and offspring.< The total mass of DNA is compared between parent and offspring.
Answers (1)
Know the Answer?
Not Sure About the Answer?
Find an answer to your question ✅ “Which best describes how DNA is used as a molecular clock? The number of mutations in DNA is compared between two species. The total amount ...” in 📘 Physics if you're in doubt about the correctness of the answers or there's no answer, then try to use the smart search and find answers to the similar questions.
Search for Other Answers
You Might be Interested in
Which statement is true for particles of the medium of an earthquake P-wave?
Answers (1)
25. Which type of skin cancer develops from the youngest epidermal cells
Answers (1)
A spring has a constant of 20 n/m. how far will it extend when the following forces are applied. (assume the spring does not pass its elastic limit) a) 10 N b) 50 N c) 0.2 KN
Answers (1)
What are the first four resonant frequencies of a 10-cm long tube with (a) Both ends open? (b) Both ends closed? (c) One end open and one end closed?
Answers (1)
What does it mean to say that a material has a high specific heat?
Answers (1)
New Questions in Physics
A squirrel sitting on the ground starts to run with an acceleration of 5.1 m/s 2. How fast is the squirrel going after 0.25 seconds? A. 20.4 m/s B. 1.28 m/s C. 0.49 m/s D. 3.1 m/s
Answers (1)
Describe how the competition between invasive and native species might affect a food web
Answers (1)
Which vector should be negative? any vector whose magnitude is less than 1 a displacement in the direction North any vector whose magnitude is greater than 1 the velocity of a falling object
Answers (1)
Acceleration is a scalar quantity true or false
Answers (1)
Find a numerical value for rhoearth, the average density of the earth in kilograms per cubic meter. Use 6378km for the radius of the earth, G=6.67*10-11m3 / (kg⋅s2), and a value of g at the surface of 9.80m/s2.
Answers (1)