Ah a challenge, for this we need the average word length in a standard English text, a = 5.1 character/word;
The speed record in morse code copying, b = 75.2 words/minute ~= 1.2533 words/second;
Average weighted character morse code length (weigthed by relative frequency of the character): c = 2.54167 bits/character
Which gives a speed of a*b*c ~= 16 bit/s.
56k/Morse ~= 3500
Now the problem is you didn't give any baseline to compare the T3 to but assuming you were talking about the comparisson T3 to 56k.
T3 = 44.736 Mbit/s
56k = 56 kbit/s
T3/56k ~= 800
That's really not that far of actually... Just roughly a factor 4, good guess
If you care about free software and the free web (a movement and medium to which you owe your success) you must take bold action to replace Flash with free standards and free formats.
don't exactly make you very willing to help a person who is currently begging you for free stuff.
One of the chief duties of the mathematician in acting as an advisor... is to discourage... from expecting too much from mathematics. -- N. Wiener