A sports car enters a curve in Daytona International Speedway with an initial velocity of 40m/s. The angle bank of the track is 31 degrees and the constant radius of curvature of the track is 316m. The parameters to calculate the tangential acceleration are At= 4 sec and AV= 40 meters per sec. Determine the magnitude a of its total acceleration after 8 seconds and express the acceleration in vector form ( a = a,e + a„en ).
A sports car enters a curve in Daytona International Speedway with an initial velocity of 40m/s. The angle bank of the track is 31 degrees and the constant radius of curvature of the track is 316m. The parameters to calculate the tangential acceleration are At= 4 sec and AV= 40 meters per sec. Determine the magnitude a of its total acceleration after 8 seconds and express the acceleration in vector form ( a = a,e + a„en ).
Chapter2: Loads On Structures
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
Transcribed Image Text:A sports car enters a curve in Daytona International Speedway with an initial
velocity of 40m/s. The angle bank of the track is 31 degrees and the constant
radius of curvature of the track is 316m. The parameters to calculate the
tangential acceleration are At= 4 sec and AV= 40 meters per sec.
Determine the magnitude a of its total acceleration after 8 seconds and express
the acceleration in vector form ( a = a,e, + a,en).
C
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