Rank the following sports cars by the net force from greatest to least required to produce the given motion. Assume a constant acceleration for each car.
A Lamborghini Gallardo of mass mL = 1430 kg starts with a speed of 9.16 m/s and goes a distance of d = 102 m in a time of t = 4.25 s.
A Bugatti Veyron of mass mB = 1890 kg goes from 15.5 to 65.5 mph over a distance of d = 40.5 m.
A Dodge Viper of mass mD = 1570 kg goes from 15.5 to 85.5 mph in a time of t = 4.08 s.
A Nissan GT-R of mass mN = 1680 kg goes from 11.2 to 38.8 m/s over a distance of d = 68.8 m.
A Lamborghini Gallardo of mass mL = 1430 kg starts with a speed of 9.16 m/s and goes a distance of d = 102 m in a time of t = 4.25 s.
F = m(v^2-u^2)/2S
F= 588N
A Bugatti Veyron of mass mB = 1890 kg goes from 15.5 to 65.5 mph over a distance of d = 40.5 m.
F=19023 N
A Dodge Viper of mass mD = 1570 kg goes from 15.5 to 85.5 mph in a time of t = 4.08 s.
F = 12040 N
A Nissan GT-R of mass mN = 1680 kg goes from 11.2 to 38.8 m/s over a distance of d = 68.8 m.
F = 16849 N
Highest to lowest
Bugatti Veyron
Nissan GT-R
Dodge Viper
Lamborghini Gallard0
Matlab Question:
Important! Read: No for or while loops may be used; must use the
disp function
The top speeds of sportscars, given in miles per hour, are:
155 mph BMW M5
217 mph Lamborghini Aventador Spyder
205 mph Ferrari 488
205 mph Nissan GTR
197 mph Chevrolet Corvette Stingray ZR1
258 mph Bugatti Veyron Supersport
195 mph Dodge Viper
270 mph Hennessey Venom
155 mph BMW M3
195 mph Mercedes SL
Write a function selectCars to identify cars
with...
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