Ok, i'll try to explain better. What i wonna know is whether the exhaust gas velocity is only affected by the rpms, or whether other stuff (tq, hp what not) also play a role. So basicly i don't care how fast it takes the engine to get to that rpm, what i care is will the turbo spool up at the same rpm on both engines.
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Quote </td></tr><tr><td id="QUOTE">They will not spool up at the same time, KA#1 will spool up faster cause the torque will increase the velocity air through the turbo, but you will not be using the boost as long cause of the low shift point</td></tr></table><span id='postcolor'>
So does that mean that the turbo on the first KA would actually spool up at lower RPM? Or do you just mean engine spool up (meaning KA#1 would get to that rpm faster)? But how does the torque affect the velocity of the exiting gas? Wouldn't it depend much more on the engine rpms??