The concept of variable banking for racetrack turns is shown in the figure. If the two radii of curvature are PA = 261 ft and PB = 276 ft for cars A and B, respectively, determine the maximum speed for each car. The coefficient of static friction is us = 0.75 for both cars. B Wodatut 1 Answers: VA= VB= i i 23 ft/sec ft/sec
The concept of variable banking for racetrack turns is shown in the figure. If the two radii of curvature are PA = 261 ft and PB = 276 ft for cars A and B, respectively, determine the maximum speed for each car. The coefficient of static friction is us = 0.75 for both cars. B Wodatut 1 Answers: VA= VB= i i 23 ft/sec ft/sec
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for cars A and B, respectively, determine the maximum speed for each car. The coefficient of static friction is us = 0.75 for both cars.
B
Wodatut 1
Answers:
VA=
VB=
i
i
23
ft/sec
ft/sec"
Transcribed Image Text:The concept of variable banking for racetrack turns is shown in the figure. If the two radii of curvature are PA = 261 ft and PB = 276 ft
for cars A and B, respectively, determine the maximum speed for each car. The coefficient of static friction is us = 0.75 for both cars.
B
Wodatut 1
Answers:
VA=
VB=
i
i
23
ft/sec
ft/sec
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