The braking distance of a car from 100 km/h is 50 m assuming the pavement is level. (a) if the pavement is with 6* inclination, what will be the braking distance (in meter) of the car going up from 100km/h? (b) and if the car is going down at 6% inclination, what is its braking distance (in meter) from 100km/h? Note: Assume the breaking force is not dependent of the grade. Select the correct response(s): 52.34 36.05 34.30 45.78 41.96 40.95 42.71 46.77 43.25 54.12 50.90 44.13

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The braking distance of a car from 100 km/h is 50 m assuming the pavement is level.
(a) if the pavement is with 6* inclination, what will be the braking distance (in meter) of the car going up from 100km/h?
(b) and if the car is going down at 6% inclination, what is its braking distance (in meter) from 100km/h?
Note: Assume the breaking force is not dependent of the grade.
Select the correct response(s):
52.34
36.05
34.30
45.78
41.96
40.95
42.71
46.77
43.25
54.12
50.90
44.13
Transcribed Image Text:The braking distance of a car from 100 km/h is 50 m assuming the pavement is level. (a) if the pavement is with 6* inclination, what will be the braking distance (in meter) of the car going up from 100km/h? (b) and if the car is going down at 6% inclination, what is its braking distance (in meter) from 100km/h? Note: Assume the breaking force is not dependent of the grade. Select the correct response(s): 52.34 36.05 34.30 45.78 41.96 40.95 42.71 46.77 43.25 54.12 50.90 44.13
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