Complete question reads;
Katie, a salesperson for Sol Computers, is faced with an objection from one of her prospects. The prospect says that the graphics of the computers do not meet his requirements. Katie listens to the objection and makes it known to her prospect that she has received the message. According to the LAARC method, which of the following should Katie do next?
(A) Continue listening
(B) Assess the objection
(C) Ask confirmatory questions
(D) Respond to the objection
(E) Change the subject of the conversation
<u>Answer:</u>
<u>(B) Assess the objection</u>
<u>Explanation</u>:
Remember, the LAARC method an acronym fully means;
Step 1: LISTEN,
Step 2: ACKNOWLEDGE,
Step 3: ASSESS,
Step 4: RESPOND,
Step 5: CONFIRM.
So, at this point according to the LAARC method, Katie should access the objection by getting a sense of why the prospect feels the computer does not meet requirements. Her ultimate goal is to try and ensure a sale of the computer.
So each 4 classes requisite that an average should be divided so yea!!!!! good luck with that
Answer:
An associate's or bachelor's degree in early childhood education is needed to work as a child care director.
Explanation:
Bonds that hold two adjacent nucleotides together are called "phosphodiester bond."
<h3>What is phosphodiester bond?</h3>
The phosphodiester bonds are created as a result of a condensation reaction between two sugar groups' phosphate and hydroxyl groups.
Some key features regarding the phosphodiester bond are-
- The hydroxyl group is a like-group formed by bonding of one oxygen atom and a hydrogen atom.
- The carbon that the hydroxyl group would be attached is represented by the "-."
- Furthermore, phosphate groups are molecules that contain an atom of phosphorus covalently bonded to four oxygen atoms.
- The phosphodiester bond is also known as the phosphoester bond.
- A phosphodiester bond is a chemical bond formed when two hydroxyl groups throughout phosphoric acid react with hydroxyl groups on other molecules, resulting in the formation of ester bonds.
- It can be found in the backbones of DNA and RNA.
To know more about the phosphodiester bond, here
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