Comparison: Audi A4 1.8T v BMW 320i Executive v Mercedes-Benz C200K – Car Reviews, News & Advice - carsales.com.au
10.4s for BMW 320.. So what's your pick?
10.4s for BMW 320.. So what's your pick?
E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
- Thread starter B2B
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VolanteDB9
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Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
who buys a 320 and cares for 0-60miles sprint? knn
who buys a 320 and cares for 0-60miles sprint? knn
VolanteDB9
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Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
precisely.
precisely.
VolanteDB9
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Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
i am happier going at 50,60km/h on ECP in a 320 than a Vios going at 90, 10km/h trying very hard to straddle the lanes...
i am happier going at 50,60km/h on ECP in a 320 than a Vios going at 90, 10km/h trying very hard to straddle the lanes...
VolanteDB9
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Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
maybe need to implement Universal Studios roller coaster safety catch next time...in case the Vios goes so fast it flies into Marina IR or Barrage.
hitmee;489828 said:
maybe need to implement Universal Studios roller coaster safety catch next time...in case the Vios goes so fast it flies into Marina IR or Barrage.
VolanteDB9
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Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
lol........
hitmee;489841 said:
lol........
hitmee
Well-Known Member
Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
Bernoulli Effect
This entry contributed by Dana Romero
Portions of this entry contributed by Leonardo Motta
For horizontal fluid flow, an increase in the velocity of flow will result in a decrease in the static pressure. The equation describing this effect is known as Bernoulli's law. The most practical example of this is in the action of an airfoil. The shape of an airplane wing is such that air flowing over the top of the wing must travel faster than the air flowing under the wing, and so there is less pressure on the top than on the bottom, resulting in lift.
Airfoil, Bernoulli's Law, Lift, Pressure
Breyton;489845 said:
Bernoulli Effect
This entry contributed by Dana Romero
Portions of this entry contributed by Leonardo Motta
For horizontal fluid flow, an increase in the velocity of flow will result in a decrease in the static pressure. The equation describing this effect is known as Bernoulli's law. The most practical example of this is in the action of an airfoil. The shape of an airplane wing is such that air flowing over the top of the wing must travel faster than the air flowing under the wing, and so there is less pressure on the top than on the bottom, resulting in lift.
Airfoil, Bernoulli's Law, Lift, Pressure
Breyton
Well-Known Member
Re: E90 320i vs Chevy Cruz vs Cerato Forte vs Advante
Application in this instance is that the air in between two vehicles passing each other is travelling at a higher speed than that on their other sides - hence pressure in between the two vehicles is lower and the vehicles are 'sucked' towards each other.
And since the heavy vehicle is considerably more massive than said Vios, no prizes for guessing who will feel it more....
hitmee;489847 said:
Application in this instance is that the air in between two vehicles passing each other is travelling at a higher speed than that on their other sides - hence pressure in between the two vehicles is lower and the vehicles are 'sucked' towards each other.
And since the heavy vehicle is considerably more massive than said Vios, no prizes for guessing who will feel it more....
