Car and Driver, Sept. 2003, "FOURGASM!" Four cylinder Tuner Shootout..
#41
yup. someone has to read this over and over again:
The write-up of the famous Paul Yaw about hp and tq
[QUOTE]Originally posted by s2kpdx01
[B]
none of this crap.
The write-up of the famous Paul Yaw about hp and tq
[QUOTE]Originally posted by s2kpdx01
[B]
none of this crap.
#43
Registered User
Originally posted by PedalFaster
How do you reconcile that statement with F1 cars, which make negligible torque but huge horsepower and acceleration?
Steve
How do you reconcile that statement with F1 cars, which make negligible torque but huge horsepower and acceleration?
Steve
Second, they are very light
Third, they have incredible gearing and sticky tires so the energy transfer is high
Fourth, they have incredible RPM, so the power is distributed over a very wide range. It is a question of rate of work.
I will certainly agree that the rate of work of an F1 car exceeds that of a truck. But an F1 car could not pull a trailer.
Gearing and HP determine the rate of work.
#45
Registered User
Originally posted by Road Rage
Gearing and HP determine the rate of work.
Gearing and HP determine the rate of work.
Torque accelerates cars, not HP. HP is about top speed.
The S2000 is a very good demonstration of this fact; it manages good acceleration despite only producing middling torque.
Steve
#46
Registered User
[QUOTE]Originally posted by Road Rage
[B]
First, you are wrong - they do not make negligible torque - it is around 280-300 pounds of twist.
Second, they are very light
Third, they have incredible gearing and sticky tires so the energy transfer is high
Fourth, they have incredible RPM, so the power is distributed over a very wide range. It is a question of rate of work.
I will certainly agree that the rate of work of an F1 car exceeds that of a truck. But an F1 car could not pull a trailer.
[B]
First, you are wrong - they do not make negligible torque - it is around 280-300 pounds of twist.
Second, they are very light
Third, they have incredible gearing and sticky tires so the energy transfer is high
Fourth, they have incredible RPM, so the power is distributed over a very wide range. It is a question of rate of work.
I will certainly agree that the rate of work of an F1 car exceeds that of a truck. But an F1 car could not pull a trailer.
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