TZUTC: -0500
MSGID: 26793.memoryln@1:2320/105 2d52ae23
REPLY: 26791.memoryln@1:2320/105 2d519dff
PID: Synchronet 3.21a-Linux master/123f2d28a Jul 12 2025 GCC 12.2.0
TID: SBBSecho 3.28-Linux master/123f2d28a Jul 12 2025 GCC 12.2.0
BBSID: CAPCITY2
CHRS: ASCII 1
FORMAT: flowed
> Mike, Well Sir, after reading your reply I got my Howard W. Sams book titled:
> HANDBOOK OF ELECTRONIC TABLES & FORMULAS

> and using a calculator I learned:

> 360 Meters = 833.333Kc/s
> 750 Kc/s = 400 Meters
> 820 Kc/s = 365.85 Meters
> 840 Kc/s = 357 Meters

Interesting.  So, the info on wikipedia suggests they were at 833 before
750.  I am pretty sure at some point I heard they used to be at 340, when
they were on "longwave," but the article doesn't mention that.

> The formula I used is
> 300,000
> Divided by either the Frequency in Kilocycles, or by the Wavelength in
Meters.
> to find the Wavelength                    or   the Frequency

> Ed's Head (C)  TM  still works (sometimes).

Good job!  ;)

Mike

 * SLMR 2.1a * I don't NEED Robocomm! ... I'm up at 4:00 am
--- SBBSecho 3.28-Linux
 * Origin: capitolcityonline.net * Telnet/SSH:2022/HTTP (1:2320/105)
SEEN-BY: 103/705 104/119 105/81 106/201 114/10 120/302 616 124/5016
SEEN-BY: 128/187 129/14 305 153/757 7715 154/10 30 50 110 700 203/0
SEEN-BY: 218/700 220/20 30 90 221/0 6 226/18 30 44 50 227/114 229/110
SEEN-BY: 229/206 300 317 400 426 428 470 664 700 705 240/1120 5832
SEEN-BY: 263/1 266/512 280/464 5003 5006 291/111 292/854 301/1 310/31
SEEN-BY: 320/219 322/757 341/66 234 342/200 396/45 423/120 460/58
SEEN-BY: 467/888 633/280 712/848 770/1 902/26 2320/0 105 304 3634/12
SEEN-BY: 5020/400 5075/35
PATH: 2320/105 154/10 280/464 292/854 229/426