My new car has a mass of 2750 kg and a center of mass at G. After the batteries went dead a towing cable was attached to
Posted: Sat May 21, 2022 9:01 am
My new car has a mass of 2750 kg and a center of mass at G. After the batteries went dead a towing cable was attached to the lower portion of
the front bumper and a pulling force of I at the specified angle was exerted as shown. The coefficient of statistic friction is 0.8, and kinetic friction is 0.5. Determine acceleration of my car and the normal reactions on the front tires and rear tires. Neglect the mass of the tires. The car has rear-wheel drive, and the front tires are free to roll:
T=275 N
a = 2100 mm
b= 1000 mm
θ = 45°
DETAIL EVERY STEP AND FBD
0.25 m 0 T 0.5 m b
the front bumper and a pulling force of I at the specified angle was exerted as shown. The coefficient of statistic friction is 0.8, and kinetic friction is 0.5. Determine acceleration of my car and the normal reactions on the front tires and rear tires. Neglect the mass of the tires. The car has rear-wheel drive, and the front tires are free to roll:
T=275 N
a = 2100 mm
b= 1000 mm
θ = 45°
DETAIL EVERY STEP AND FBD
- My New Car Has A Mass Of 2750 Kg And A Center Of Mass At G After The Batteries Went Dead A Towing Cable Was Attached To 1 (31.02 KiB) Viewed 14 times