- #1
somega
- 32
- 2
Let's assume the following sine signal sent by a low frequency (100 kHz) transmitter.
I think with the information that the sending power is 1 watt and the starting phase is 0 the signal is fully described.
![fffMG_0998.JPG fffMG_0998.JPG](https://www.physicsforums.com/data/attachments/242/242817-b4d5c81e0e1ca8e276188a4800db8d60.jpg)
Are the following assumptions correct?:
1. The frequency of all photons leaving the transmitter at any time is 100 kHz.
2. At all points A, B, C, D, E the number of photons leaving the transmitter are the same (this is the intensity).
3. The phase of the photons leaving the transmitter at points A, B, C, D differ.
I think with the information that the sending power is 1 watt and the starting phase is 0 the signal is fully described.
![fffMG_0998.JPG fffMG_0998.JPG](https://www.physicsforums.com/data/attachments/242/242817-b4d5c81e0e1ca8e276188a4800db8d60.jpg)
Are the following assumptions correct?:
1. The frequency of all photons leaving the transmitter at any time is 100 kHz.
2. At all points A, B, C, D, E the number of photons leaving the transmitter are the same (this is the intensity).
3. The phase of the photons leaving the transmitter at points A, B, C, D differ.