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  1. #13
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    This ones for the String fans, lol.

    So in general, as your 60" time gets better, this is increasing your acceleration. Hence your total time will go down with your mph.

    Acceleration:
    a = (vf - vo)/t

    a - acceleration
    vf - final velocity
    vo - original velocity
    t - time

    So for the drag strip:

    A (the lower your 60ft time the larger this number) = mph/et
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  2. #14
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    Quote Originally Posted by barefootbonzai
    This ones for the String fans, lol.

    So in general, as your 60" time gets better, this is increasing your acceleration. Hence your total time will go down with your mph.

    dont get it..

    if i accelerate quicker wouldn't my top speed also be higher.. and not lower?

    that unless my acceleration was determined from an initial speed at the 60ft time and not ZERO
    Last edited by BlitZ; 13-10-2006 at 11:46 AM.
    Club EM1 Represents - member 01 of 01

  3. #15
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    lol yeah, doesn't make sense now that i think about it, but the formula does show that if your acceleration increases how the other too are affected.
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  4. #16
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    100mph / 13.5 ET = 7.4
    98mph / 13.0 ET = 7.5 (better 60 foot)
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  5. #17
    Quote Originally Posted by BlitZ
    Why does it everytime i land a good 60ft my MPH suffers...

    The shitter my 60ft the better my MPH...

    Does it sound weird.. or am i driving strangly..

    I have notice this on other peoples runs too.
    Welcome to the technical side of drag racing.
    Regards Dyno Dave
    Buddyclub Australia
    Member of Master Of Vtec Group

  6. #18
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    Quote Originally Posted by DynoDave
    Welcome to the technical side of drag racing.
    Regards Dyno Dave
    should have just stayed on the track...
    kinda addictive
    Last edited by BlitZ; 13-10-2006 at 01:13 PM.
    Club EM1 Represents - member 01 of 01

  7. #19
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    Hmmmz..
    i tend to think of it like logically....
    quicker 60ft = end of line sooner... therefore car dont have to accelerate that much to reach the end...
    60ft (time it takes from start to the end of the first 18m)...

  8. #20
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    Quote Originally Posted by Da1nONLY
    Hmmmz..
    i tend to think of it like logically....
    quicker 60ft = end of line sooner... therefore car dont have to accelerate that much to reach the end...
    60ft (time it takes from start to the end of the first 18m)...
    yeah.. i reckon if you get a crappy launch, car takes longer to reach the end. therefore you have more time to gain speed..

  9. #21
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    blitz my way of explanation was kinda right lol.

    I just didn't involve the equations and maths into it.

    Just get your 60ft down then worry about the rest later.

  10. #22
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    now if you did maths b at school and rearranged the equation. we get something useful.

    ET = mph/A(lower 60ft = bigger A).

    man being technical is gay, just wanna make String proud, ahahahahahahahah
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  11. #23
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    hqhah lol at the tech info.. damn e-mechanics haha

  12. #24
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    Quote Originally Posted by fatboyz39
    blitz my way of explanation was kinda right lol.

    I just didn't involve the equations and maths into it.

    Just get your 60ft down then worry about the rest later.
    I know just being a tyre kicker...

    not sure if i should stay on 18psi and get a better 60" or increase it and practice on 20psi and get a high MPH..
    Club EM1 Represents - member 01 of 01

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