Clock A travels to the right at a speed v = √5 relative to clocks B and C. As A passes B, all clocks read 12:00 (shown in the figure below). These readings could be seen simultaneously by a stationary observer O, midway between B and C, though O would make the observation at some later time. (a) Clock C reads 6:00 as A passes C. What does clock A read? B P.M. (b) At what time does observer O see the three clocks read 12:00? P.M. <= CI - #2

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Clock A travels to the right at a speed \( v = \sqrt{\frac{4}{5}}c \) relative to clocks B and C. As A passes B, all clocks read 12:00 (shown in the figure below). These readings could be seen simultaneously by a stationary observer O, midway between B and C, though O would make the observation at some later time.

![Clock Diagram]
Clock A is moving to the right with a velocity \( v \), while clock B is stationary. Between both clocks is the stationary observer O. Clocks B and C are stationary, and when Clock A passes Clock B, all clocks read 12:00.

### Questions:

**(a)** Clock C reads 6:00 as A passes C. What does clock A read?
- **Answer:** [  ]  :  [  ] P.M.

**(b)** At what time does observer O see the three clocks read 12:00?
- **Answer:** [  ]  :  [  ] P.M.
Transcribed Image Text:Clock A travels to the right at a speed \( v = \sqrt{\frac{4}{5}}c \) relative to clocks B and C. As A passes B, all clocks read 12:00 (shown in the figure below). These readings could be seen simultaneously by a stationary observer O, midway between B and C, though O would make the observation at some later time. ![Clock Diagram] Clock A is moving to the right with a velocity \( v \), while clock B is stationary. Between both clocks is the stationary observer O. Clocks B and C are stationary, and when Clock A passes Clock B, all clocks read 12:00. ### Questions: **(a)** Clock C reads 6:00 as A passes C. What does clock A read? - **Answer:** [ ] : [ ] P.M. **(b)** At what time does observer O see the three clocks read 12:00? - **Answer:** [ ] : [ ] P.M.
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