<span>I would say that Bonnie and Clyde have the most to worry about. If they have proof that they carry a gene that can cause a disorder, there is some likelihood that their offspring could get the disorder. Maria and Manuel do have some risk as well, since there are risks associated with having children in your 40's (for women). However Bonnie and Clyde have a greater chance of an issue.</span>
There is no vascular cambium between the xylem and phloem in monocot vascular bundles. This means that no wood is produced in the annual ring.
<h3>What are annual rings?</h3>
An annual ring is a band of wood that can be seen in a cross-section of the stem or root of a temperate plant. It represents the annual growth of a plant. It represents a plant's growth over a year. Annual rings form as a result of vascular cambium activity during intrastellar secondary growth.
The study of tree growth rings can be very useful for determining the age of a specimen as well as understanding past hydrological phenomena as well as understanding geomorphological phenomena such as movements or landslides. The study of these rings can also be used to study and reconstruct the past and present climate of a specific area.
To learn more about vascular bundle, visit:
brainly.com/question/13048738
#SPJ4
The answer is A) Haploid cells
Potential unemployment because that would mean there would be people not getting money + not sErving their part in the community
Answer: DNA polymerase I is able to proofread; DNA polymerase III is not.
Explanation:
Escherichia coli is a gram negative anaerobic bacteria that is found in the gastrointestinal tract of and humans and animals. Escherichia coli has 5 types of DNA polymerase.
a. Polymerase I is used to repair any damaged DNA and proof reading
b. Polymerase II is used in proof reading, DNA Replication and repairs.
c. Polymerase III is primarily responsible for DNA replication. It also has the ability to proof read.
d. Polymerase IV is used to change genetic information of Escherichia coli.
e. Polymerase V is used in DNA repair in Escherchia coli.