You mean this guide
Audio is in sync at start but progressively goes further out as you play the movie.
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1. I have never seen this problem in a SVCD but should work for them, definitely works for VCD's. The basic principle involved here is to strip out the Audio file (de-mux) then stretch or compress the audio frequency, 44.1kHz, and re-sample to 44.1 Then convert to *.MP2 format and re-multiplex with video stream.
2. Demux the MPG file so we can manipulate the Audio file. Run TMPGEnc, click on File and select MPEG Tools. Select Simple De-multiplex tab and for Input, browse to your problem MPG. Video and Audio output names will be automatically generated. The Audio being *.MP2 and video being *.M1V or *.M2V. Click Run and wait until its finished. Exit TMPGEnc.
3. We now have to estimate the approx time, in seconds, that the audio is out of sync and nearest to the end of the movie as possible. Simply play the original movie with WinDVD or similar player. Windows Media Player is not recommended as it can A/V sync problems of its own. Move slider to near the end of the movie and look for speech, gun fire, explosions, door slamming, etc where you have a precise Audio to Video match up. Estimate the time difference and not the length of the movie. Lets say we find the Audio trails the Video by about 1 second and the movie length was 48 min or 2880 sec (the door slams and about 1 sec later we hear the thud).
3. Run Goldwave and load in the *.MP2 file. Its also best to turn OFF the Undo feature to speed up the conversions (in Options / File...) Click on Effects and then Playback Rate. We need to change the 44100 Hz to sync the movie, use these formulae:
New Hz (Audio trails Video) = (Movie length in sec + Out of Sync in sec)/(Movie length in sec) * 44100
or
New Hz (Audio precedes Video) = (Movie length in sec - Out of Sync in sec)/(Movie length in sec) * 44100
So for our example, we have:
New Hz = (48x60 + 1) / (43x60) * 44100 = 44115
So change the Rate from 44100 to 44115 (or the number you calculated) and hit OK. Now click Effects again and select Resample. Change the 44115 (or what ever figure you have) back to 44100 and hit OK. Once the conversion is finished, hit Save. For Type select Wave (*.wav) and Attributes as 16bit, Stereo, Signed. Change File name if needed and hit Save. When it finish's answer No and exit the program.
4. We now need to convert our WAV file back to an MP2 form. TMPGEnc is the simplest to use for this. Run TMPGEnc, and click File, then New Project to clear out old settings. For Stream Type select Audio Only and for Audio Source, browse to our new WAV file and Open it. Rename the Output file name to something different than the original MP2 file. Now click Settings and change the Bitrate from 192 to 224, this is ESSENTIAL for a VCD. Do NOT change any other settings except Normalize in Setting button (do this only if the audio appears low in volume). Then click OK and finally click Start. When done, exit TMPGEnc.
5. Run MPEG2VCR and under Tools, select MPEG System Multiplexor. Browse for the original Video *.M1V/*.M2V file after changing Files Type to All(*.*). Do the same for the new fixed Audio *.MP2 file. Now select MPEG-1 System Stream VCD or MPEG-2 Program Stream SVCD depending if its a VCD or SVCD that your trying to fix. Enter an output file name (different from the original) and click Save. When done, play the new MPG file in WinDVD and check that A/V sync has been fixed. If its still out a bit, you need to start all over again from Point 3 changing the frequency Rate a bit higher or lower. Repeat until its fixed.
6. It normally takes me 2 tries to get it right, but luckily I rarely have A/V sync problems.
Holy
THIS LOOKS HARD IN MY EYES
//Wolfi//gulp//
30 MINUTES 
If you understand, please help me :P would be great...
Seem vary hard to do.
I tried the guide witch I though was to hard for me but I tried it AND IT WORKED 
