Q1: A client's clock reads 3:20:00. The server's clock reads 3:10:00 when they synchronize using the...

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Q1: A client's clock reads 3:20:00. The server's clock reads 3:10:00 when they synchronize using the Berkeley algorithm. Assume message delays are negligible. What is the time at the client after synchronization? Q2: A coordinator plays an important role in different synchronization algorithms. Explain with a simple sketch (and mention the name) an algorithm for coordinator election. Synchronous Machine (answer any four questions, (2% each) 1. What are the conditions for a synchronous generator to be synchronized (connected) with the grid (power system) ? 2. Another synchronous machine shall operate as a motor driving a conveyor belt loading up to ten tons of coal. Describe with a few sentences the synchronizing process of the motor when set to start to operate. 3. Differentiate clearly what specifically is being synchronized in the synchronous generator's synchronization process and in the synchronous motor's synchronization process. 4. What is a major difference between the prime mover used to synchronize the generator to the grid and the prime mover used for the motor startup operation? 5. Where does the torque angle practically exist in the synchronous machine? What is the biggest possible operating torque angle? How can this maximum torque angle be exceeded? What happens to the machine if the maximum torque angle is exceeded? 6. What is the advantage of the synchronous motor compared to the asynchronous motor? Q1: A client's clock reads 3:20:00. The server's clock reads 3:10:00 when they synchronize using the Berkeley algorithm. Assume message delays are negligible. What is the time at the client after synchronization? Q2: A coordinator plays an important role in different synchronization algorithms. Explain with a simple sketch (and mention the name) an algorithm for coordinator election. Synchronous Machine (answer any four questions, (2% each) 1. What are the conditions for a synchronous generator to be synchronized (connected) with the grid (power system) ? 2. Another synchronous machine shall operate as a motor driving a conveyor belt loading up to ten tons of coal. Describe with a few sentences the synchronizing process of the motor when set to start to operate. 3. Differentiate clearly what specifically is being synchronized in the synchronous generator's synchronization process and in the synchronous motor's synchronization process. 4. What is a major difference between the prime mover used to synchronize the generator to the grid and the prime mover used for the motor startup operation? 5. Where does the torque angle practically exist in the synchronous machine? What is the biggest possible operating torque angle? How can this maximum torque angle be exceeded? What happens to the machine if the maximum torque angle is exceeded? 6. What is the advantage of the synchronous motor compared to the asynchronous motor?

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Q1 Client Time after Synchronization In the Berkeley algorithm the client adjusts its time towards the servers time but not all the way The adjustment is proportional to the difference between the two ... View the full answer