Physics
posted by Simi .
The mass of a sports car is 1100 kg. The shape of the car is such that the aerodynamic drag coefficient is 0.240 and the frontal area is 2.40 m2. Neglecting all other sources of friction, calculate the initial acceleration of the car ,if it has been traveling at 105 km/h and is now shifted into neutral and is allowed to coast. (Take the density of air to be 1.295 kg/m2.)
Respond to this Question
Similar Questions

Physics
The mass of a sports car is 1200 kg. The shape of the car is such that the aerodynamic drag coefficient is 0.250 and the frontal area is 2.30 m2. Neglecting all other sources of friction, calculate the initial acceleration of the car … 
Physics (please help!!!!)
A car experiences rolling (tractive) friction with coecient of friction mut = 0.0200, and turbulentflow (bv^2) drag, with drag coefficient CD = 0.300. The car has mass (including fuel, which is a negligible fraction of the total) … 
Physics (please help!!!!)
A car experiences rolling (tractive) friction with coecient of friction mut = 0.0200, and turbulentflow (bv^2) drag, with drag coefficient CD = 0.300. The car has mass (including fuel, which is a negligible fraction of the total) … 
Physics (please help!!!!)
A car experiences rolling (tractive) friction with coecient of friction mut = 0.0200, and turbulentflow (bv^2) drag, with drag coefficient CD = 0.300. The car has mass (including fuel, which is a negligible fraction of the total) … 
Physics
The drag coefficient = 0.354 The mass of car = 1200 kg rolling resistance = 180 N Air density = 1.181 kg m^3 Frontal area = 1.88 m^2 What is the deceleration at a speed of 82 km h^1 when the car is taken up to high speed and then … 
physics
A 1600 kg car moves along a horizontal road at speed v0 = 13.3 m/s. The road is wet, so the static friction coefficient between the tires and the road is only μs = 0.21 and the kinetic friction coefficient is even lower, μk … 
Physics
The mass of a sports car is 1200 kg. The shape of the car is such that the aerodynamic drag coefficient is 0.250 and the frontal area is 2.30 m2. Neglecting all other sources of friction, calculate the initial acceleration of the car … 
physics
Consider a carwith front crosssectional area of A=(1.77 ± 0.02)m^2 and a drag coefficient of C=(0.38±0.02) moving with a speed of v=(10.0±0.5)m/s. Suppose that the density of air is p=1.20 kg/m^3 at the sea level. 1.Calculate … 
Physics
Consider a car with front crosssectional area of A=(1.77±0.02)m^2 and a drag coefficient of C=(0.38±.02) moving with a speed of v=(10.0±0.5)m/s. Suppose that the density of air is p=1.20 kg/m^3 at the sea level. Calculate the … 
physics
A 1200kg car moves along a horizontal road at speed v0=23.3m/s,the road is wet, so the static friction coefficient between the road and the tires is only µs=0.209 and the kinetic friction coefficient is even lower µk=0.1463. The …