Revisit the two cars of the previous problem, only now the track has variable banking-a concept shown in the figure. Car A is on the unbanked por- tion of the track and its normal acceleration re- mains at 0.9g. Car B is on the banked portion of the track and its normal acceleration is limited to 1.12g. If the cars approach line C-C with speeds equal to the respective maxima in the turn, deter- mine the time for each car to negotiate the turn as delimited by line C-C. What is the relative position of the two cars as the second car exits the turn? Assume no speed changes throughout.
Revisit the two cars of the previous problem, only now the track has variable banking-a concept shown in the figure. Car A is on the unbanked por- tion of the track and its normal acceleration re- mains at 0.9g. Car B is on the banked portion of the track and its normal acceleration is limited to 1.12g. If the cars approach line C-C with speeds equal to the respective maxima in the turn, deter- mine the time for each car to negotiate the turn as delimited by line C-C. What is the relative position of the two cars as the second car exits the turn? Assume no speed changes throughout.
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Q1
Transcribed Image Text:5 Revisit the two cars of the previous problem, only
now the track has variable banking-a concept
shown in the figure. Car A is on the unbanked por-
tion of the track and its normal acceleration re-
mains at 0.9g. Car B is on the banked portion of
the track and its normal acceleration is limited to
1.12g. If the cars approach line C-C with speeds
equal to the respective maxima in the turn, deter-
mine the time for each car to negotiate the turn as
delimited by line C-C. What is the relative position
of the two cars as the second car exits the turn?
Assume no speed changes throughout.
B
A
0
Problem 2/105
2
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