Bernoulli’s principle relates to race cars because:
a.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels increases, keeping the wheels on the ground
c.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels decreases, keeping the wheels on the ground
b.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels decreases, causing the wheels to float
d.
none of the above

Question

Bernoulli’s principle relates to race cars because:
a.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels increases, keeping the wheels on the ground
c.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels decreases, keeping the wheels on the ground
b.
as the velocity of a race car increases, the pressure exerted by the race car’s wheels decreases, causing the wheels to float
d.
none of the above

anonymous · Answer

@Mashy from what i was reading, now i'm not too sure but. I believe the answer could possible be c

anonymous · Answer

@secret88

anonymous · Answer

yes.. kind of .. but its not the wheels that keep the car on the ground.. its the front wings.. (its actually really complicated :P) but ya.. c is the best answer!!

anonymous · Answer

yeah there are tons of different effects in the bernoulli thingy. XD

anonymous · Answer

@Mashy check chat

anonymous · Answer

check what.. i told u

c looks like the best option :P