|
|
Thread Tools | Display Modes |
#1
|
|||
|
|||
How would we know Herbert Dingle was right or wrong?
On Jan 30, 12:13 pm, "Dirk Van de moortel" the sperm lover wrote:
On Jan 30, 2:12 pm, "Paul B. Andersen" wrote: On Jan 30, 3:01 pm, Roger Onslow wrote: On 30.01.2012 20:44, Rafael Valls wrote: What elementary algebra shows is that the inverse transform is NOT equal to the direct one, because v is NOT equal to v. You have no right at all to change v by v, either mathematically or physically. [gross confusion among the Einstein Dingleberries snipped] The velocity transformation of the most general form of Larmors transform can be written as follows. How did He derive that? Ho! Ho! Ho! shrug ** [B12] = (sqrt(1 B01^2) [B02] (1 [B01] * [B02] / (1 + sqrt(1 B01^2))) [B01]) / (1 [B01] * [B02]) And ** [B21] = (sqrt(1 B02^2) [B01] (1 [B02] * [B01] / (1 + sqrt(1 B02^2))) [B02]) / (1 [B02] * [B01]) Where ** [B12] c = Velocity (vector) of #2 as observed by #1 ** [B01] c = Absolute velocity of #1 ** [B02] c = Absolute velocity of #2 ** * = Dot product of two vectors On a side note, if both #1 and #2 are moving in parallel, the result is the velocity transformation for the Lorentz transform. ** dx12/dt1 = (B02 B01 c) / (1 B01 B02) ** dy12/dt1 = 0 ** dz12/dt1 = 0 And ** dx21/dt2 = (B01 B02 c) / (1 B02 B01) ** dy21/dt2 = 0 ** dz21/dt2 = 0 Where ** [B01] * [B02] = B01 B02 ** [B01] c = dx01/dt0 ** [B02] c = dx02/dt0 Clearly in the special case of Larmors transform (the Lorentz transform), ** dx12/dt1 = - dx21/dt2 Or ** B12 = - B21 Now back to the more general case, clearly the following is true that [B12] is not ( [B21]). ** [B12] != [B21] However, the motion identity of both Larmors and the Lorentz transforms are identical as described below. ** 1 B12^2 = (1 B01^2) (1 B02^2) / (1 [B01] * [B02])^2 The Lorentz transform is not mathematically consistent in the more general case. Thus, Mr. Valls is indeed correct, and the Einstein Dingleberries are just wrong as usual. shrug |
#2
|
|||
|
|||
How would we know Herbert Dingle was right or wrong?
On Jan 31, 1:19*pm, Koobee Wublee wrote:
On Jan 30, 12:13 pm, "Dirk Van de moortel" the sperm lover wrote: On Jan 30, 2:12 pm, "Paul B. Andersen" wrote: On Jan 30, 3:01 pm, Roger Onslow wrote: On 30.01.2012 20:44, Rafael Valls wrote: What elementary algebra shows is that the inverse transform is NOT equal to the direct one, because v is NOT equal to v. You have no right at all to change v by v, either mathematically or physically.. [gross confusion among the Einstein Dingleberries snipped] None at all [snip irrelevance] Nothing left |
#3
|
|||
|
|||
How would we know Herbert Dingle was right or wrong?
On Jan 30, 6:27 pm, Roger Onslow wrote:
On Jan 30, 6:19 pm, Koobee Wublee wrote: The velocity transformation of the most general form of Larmors transform can be written as follows. How did He derive that? Ho! Ho! Ho! shrug ** [B12] = (sqrt(1 B01^2) [B02] (1 [B01] * [B02] / (1 + sqrt(1 B01^2))) [B01]) / (1 [B01] * [B02]) And ** [B21] = (sqrt(1 B02^2) [B01] (1 [B02] * [B01] / (1 + sqrt(1 B02^2))) [B02]) / (1 [B02] * [B01]) Where ** [B12] c = Velocity (vector) of #2 as observed by #1 ** [B01] c = Absolute velocity of #1 ** [B02] c = Absolute velocity of #2 ** * = Dot product of two vectors On a side note, if both #1 and #2 are moving in parallel, the result is the velocity transformation for the Lorentz transform. ** dx12/dt1 = (B02 B01 c) / (1 B01 B02) ** dy12/dt1 = 0 ** dz12/dt1 = 0 And ** dx21/dt2 = (B01 B02 c) / (1 B02 B01) ** dy21/dt2 = 0 ** dz21/dt2 = 0 Where ** [B01] * [B02] = B01 B02 ** [B01] c = dx01/dt0 ** [B02] c = dx02/dt0 Clearly in the special case of Larmors transform (the Lorentz transform), ** dx12/dt1 = - dx21/dt2 Or ** B12 = - B21 Now back to the more general case, clearly the following is true that [B12] is not ( [B21]). ** [B12] != [B21] Koobee Wublee actually meant the following instead. ** [B12] != -[B21] However, the motion identity of both Larmors and the Lorentz transforms are identical as described below. ** 1 B12^2 = (1 B01^2) (1 B02^2) / (1 [B01] * [B02])^2 The Lorentz transform is not mathematically consistent in the more general case. Thus, Mr. Valls is indeed correct, and the Einstein Dingleberries are just wrong as usual. shrug None at all [snip irrelevance] Nothing left Another Einstein Dingleberry and a prostitute who has no balls in discussing the fallacy of relativity. What else is new? Fvcking sad as usual. shrug |
#4
|
|||
|
|||
How would we know Herbert Dingle was right or wrong?
"Koobee Wublee" wrote in message ... On Jan 30, 6:27 pm, Roger Onslow wrote: On Jan 30, 6:19 pm, Koobee Wublee wrote: The velocity transformation of the most general form of Larmors transform can be written as follows. How did He derive that? Ho! Ho! Ho! shrug ** [B12] = (sqrt(1 B01^2) [B02] (1 [B01] * [B02] / (1 + sqrt(1 B01^2))) [B01]) / (1 [B01] * [B02]) And ** [B21] = (sqrt(1 B02^2) [B01] (1 [B02] * [B01] / (1 + sqrt(1 B02^2))) [B02]) / (1 [B02] * [B01]) Where ** [B12] c = Velocity (vector) of #2 as observed by #1 ** [B01] c = Absolute velocity of #1 ** [B02] c = Absolute velocity of #2 ** * = Dot product of two vectors On a side note, if both #1 and #2 are moving in parallel, the result is the velocity transformation for the Lorentz transform. ** dx12/dt1 = (B02 B01 c) / (1 B01 B02) ** dy12/dt1 = 0 ** dz12/dt1 = 0 And ** dx21/dt2 = (B01 B02 c) / (1 B02 B01) ** dy21/dt2 = 0 ** dz21/dt2 = 0 Where ** [B01] * [B02] = B01 B02 ** [B01] c = dx01/dt0 ** [B02] c = dx02/dt0 Clearly in the special case of Larmors transform (the Lorentz transform), ** dx12/dt1 = - dx21/dt2 Or ** B12 = - B21 Now back to the more general case, clearly the following is true that [B12] is not ( [B21]). ** [B12] != [B21] Koobee Wublee actually meant the following instead. ** [B12] != -[B21] However, the motion identity of both Larmors and the Lorentz transforms are identical as described below. ** 1 B12^2 = (1 B01^2) (1 B02^2) / (1 [B01] * [B02])^2 The Lorentz transform is not mathematically consistent in the more general case. Thus, Mr. Valls is indeed correct, and the Einstein Dingleberries are just wrong as usual. shrug None at all [snip irrelevance] Nothing left Another Einstein Dingleberry and a prostitute who has no balls in discussing the fallacy of relativity. What else is new? Fvcking sad as usual. shrug ________________________________________ So in the so called twins paradox, do you believe the travelling twin would return younger, older or the same age as the stay at home twin? |
#5
|
|||
|
|||
How would we know Herbert Dingle was right or wrong?
On Jan 31, 5:03*pm, Koobee Wublee wrote:
On Jan 30, 6:27 pm, Roger Onslow wrote: On Jan 30, 6:19 pm, Koobee Wublee wrote: The velocity transformation of the most general form of Larmors transform can be written as follows. *How did He derive that? *Ho! Ho! *Ho! *shrug ** *[B12] = (sqrt(1 B01^2) [B02] (1 [B01] * [B02] / (1 + sqrt(1 B01^2))) [B01]) / (1 [B01] * [B02]) And ** *[B21] = (sqrt(1 B02^2) [B01] (1 [B02] * [B01] / (1 + sqrt(1 B02^2))) [B02]) / (1 [B02] * [B01]) Where ** *[B12] c = Velocity (vector) of #2 as observed by #1 ** *[B01] c = Absolute velocity of #1 ** *[B02] c = Absolute velocity of #2 ** ** = Dot product of two vectors On a side note, if both #1 and #2 are moving in parallel, the result is the velocity transformation for the Lorentz transform. ** *dx12/dt1 = (B02 B01 c) / (1 B01 B02) ** *dy12/dt1 = 0 ** *dz12/dt1 = 0 And ** *dx21/dt2 = (B01 B02 c) / (1 B02 B01) ** *dy21/dt2 = 0 ** *dz21/dt2 = 0 Where ** *[B01] * [B02] = B01 B02 ** *[B01] c = dx01/dt0 ** *[B02] c = dx02/dt0 Clearly in the special case of Larmors transform (the Lorentz transform), ** *dx12/dt1 = - dx21/dt2 Or ** *B12 = - B21 Now back to the more general case, clearly the following is true that [B12] is not ( [B21]). ** *[B12] != [B21] Koobee Wublee actually meant the following instead. ** *[B12] != -[B21] However, the motion identity of both Larmors and the Lorentz transforms are identical as described below. ** *1 B12^2 = (1 B01^2) (1 B02^2) / (1 [B01] * [B02])^2 The Lorentz transform is not mathematically consistent in the more general case. *Thus, Mr. Valls is indeed correct, and the Einstein Dingleberries are just wrong as usual. *shrug None at all [snip irrelevance] Nothing left Another Einstein Dingleberry and a prostitute who has no balls in discussing the fallacy of relativity. *What else is new? *Fvcking sad as usual. *shrug you sure are a sad case shrug |
Thread Tools | |
Display Modes | |
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
How would we know Herbert Dingle was right or wrong? | Koobee Wublee | Astronomy Misc | 21 | February 17th 12 09:12 AM |
How would we know Herbert Dingle was right or wrong? | Koobee Wublee | Astronomy Misc | 10 | January 31st 12 07:35 AM |
How would we know Herbert Dingle was right or wrong? | Pentcho Valev | Astronomy Misc | 5 | January 26th 12 12:42 AM |
HERBERT DINGLE ASKS EINSTEINIANA | Pentcho Valev | Astronomy Misc | 3 | October 19th 09 06:39 AM |
Herbert Dingle asks Einsteinians | Pentcho Valev | Astronomy Misc | 10 | July 12th 08 11:00 PM |