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Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A’s frame, the time between the flashes is 160 µs and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B’s frame?

Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A’s frame, the time between the flashes is 160 µs and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B’s frame?

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Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A’s frame, the time between the flashes is 160 µs and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station.

What is the time interval between the flashes when measured relative to Ship B’s frame?

2. Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A's frame, the time between the flashes is 160 us and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B's frame?
Transcribed Image Text:2. Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A's frame, the time between the flashes is 160 us and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B's frame?
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Can you please not type it, it is very hard to read and follow when it is not written out. Thanks.

2. Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A's frame, the time between the flashes is 160 us and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B's frame?
Transcribed Image Text:2. Two space ships are traveling towards each other at high speeds. A space station has two beacons, one located at either end of the station, which alternate flashing. To an observer on the station, the beacons are located 50 km apart. To an observer in Ship A's frame, the time between the flashes is 160 us and the beacons are located 30 km apart. Ship B is traveling at a speed of 0.6c relative to the space station. What is the time interval between the flashes when measured relative to Ship B's frame?
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