A transmitter is located directly west of a receiver and directly north of a relay station built to circumvent a natural obstacle located directly between the transmitter and the receiver. If the obstacle were absent, given that the speed of the signal is known and constant, how much less time would it take for a signal to reach the receiver?
1) The distance from the relay station to the receiver is 100 kilometers
2) The distance from the transmitter to the relay station is equal to 60 percent of the distance from the relay station to the receiver.
Please let me know also for triangle ABC, what is A, what is B and what is C? (for example A is the transmitter)
1) The distance from the relay station to the receiver is 100 kilometers
2) The distance from the transmitter to the relay station is equal to 60 percent of the distance from the relay station to the receiver.
Please let me know also for triangle ABC, what is A, what is B and what is C? (for example A is the transmitter)
