a What bond is hydrolyzed in the synthesis of CAMP? the bond between the carbon atom of ribose and the nitrogen atom of adenosine the bond between the a phosphorus atom and the oxygen atom of ribose the phosphate anhydride bond between the and y phosphorus atoms the phosphate anhydride bond between the a and phosphorus atoms Submit b What bond is formed in the synthesis of CAMP? the bond between the B-phosphorus and the 5'- hydroxyl group of ribose the bond between the B-phosphorus and the 3'- hydroxyl group of ribose the bond between the a-phosphorus and the 5¹- hydroxyl group of ribose the bond between the a-phosphorus and the 3'- hydroxyl group of ribose

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### Questions on the Synthesis of cAMP

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#### a) What bond is hydrolyzed in the synthesis of cAMP?

- ○ the bond between the carbon atom of ribose and the nitrogen atom of adenosine
- ○ the bond between the α phosphorus atom and the oxygen atom of ribose
- ○ the phosphate anhydride bond between the β and γ phosphorus atoms
- ○ the phosphate anhydride bond between the α and β phosphorus atoms

---

#### b) What bond is formed in the synthesis of cAMP?

- ○ the bond between the β-phosphorus and the 5'-hydroxyl group of ribose
- ○ the bond between the β-phosphorus and the 3'-hydroxyl group of ribose
- ○ the bond between the α-phosphorus and the 5'-hydroxyl group of ribose
- ○ the bond between the α-phosphorus and the 3'-hydroxyl group of ribose

---

### Instructions:

1. Carefully read each question and mark the appropriate answer.
2. Click the "Submit" button once you have completed the answers.

**Note:** In the diagrams above, options for each question are indicated with radio buttons (○) to select your answer. Make sure to select only one option per question.

---

These questions are designed to test your understanding of the chemical reactions involved in the synthesis of cyclic adenosine monophosphate (cAMP). The specific bonds mentioned refer to the functional groups and atoms involved in the hydrolysis and formation processes during cAMP synthesis.

---

#### Explanation of Diagrams:

**For Question a:**
The first diagram lists four options related to the bond hydrolyzed during the synthesis of cAMP, each indicating different bonds between atoms or groups in the molecule.

**For Question b:**
The second diagram lists four potential bonds that could be formed during the synthesis, each specifying bonds between phosphorus atoms and hydroxyl groups of ribose.

---
Transcribed Image Text:### Questions on the Synthesis of cAMP --- #### a) What bond is hydrolyzed in the synthesis of cAMP? - ○ the bond between the carbon atom of ribose and the nitrogen atom of adenosine - ○ the bond between the α phosphorus atom and the oxygen atom of ribose - ○ the phosphate anhydride bond between the β and γ phosphorus atoms - ○ the phosphate anhydride bond between the α and β phosphorus atoms --- #### b) What bond is formed in the synthesis of cAMP? - ○ the bond between the β-phosphorus and the 5'-hydroxyl group of ribose - ○ the bond between the β-phosphorus and the 3'-hydroxyl group of ribose - ○ the bond between the α-phosphorus and the 5'-hydroxyl group of ribose - ○ the bond between the α-phosphorus and the 3'-hydroxyl group of ribose --- ### Instructions: 1. Carefully read each question and mark the appropriate answer. 2. Click the "Submit" button once you have completed the answers. **Note:** In the diagrams above, options for each question are indicated with radio buttons (○) to select your answer. Make sure to select only one option per question. --- These questions are designed to test your understanding of the chemical reactions involved in the synthesis of cyclic adenosine monophosphate (cAMP). The specific bonds mentioned refer to the functional groups and atoms involved in the hydrolysis and formation processes during cAMP synthesis. --- #### Explanation of Diagrams: **For Question a:** The first diagram lists four options related to the bond hydrolyzed during the synthesis of cAMP, each indicating different bonds between atoms or groups in the molecule. **For Question b:** The second diagram lists four potential bonds that could be formed during the synthesis, each specifying bonds between phosphorus atoms and hydroxyl groups of ribose. ---
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