Question

rest from Consider the 2000 kg car shown below. The car coasts, from rest a height of 35 m. Determine (a) how fast the car is going when reaches the flat road below. When it reaches point A, the driver locks up the brakes. If the car comes to rest at point B, determine the coefficien lof static friction between the tires and the road as the car iskids to a stop. Determine the work done by the frictional force. 16 m = 2000 kg 115m 35m

Answer 1

we can use the For this following question formular abundanu of isoto Atomic wright = (y a komponent is no long mass x of Isotope Atomic (%o abundance of isotop 2 x mass isotope 1oo Now putting the data geven in the Question - 179 = (8.300€ ) 18 + (2) 00 139 = + (99.9x102) x (x amu) (12.288 10-2) 139 - 12.28x 10-2 99.9 x 10-2 x - = = 139.016 aonu 138.87 o.gg 9 isotope = 139.016 9mu Ans eweght of