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The inclination (tilt) of an amusement park ride is accelerating at a rate of 
2160(" degrees ")/(min^(2)).
What is the ride's acceleration rate in 
(" degrees ")/(s^(2)) ?

(" degrees ")/(s^(2))

The inclination (tilt) of an amusement park ride is accelerating at a rate of 2160 degrees min2 2160 \frac{\text { degrees }}{\min ^{2}} .\newlineWhat is the ride's acceleration rate in  degrees s2 \frac{\text { degrees }}{\mathrm{s}^{2}} ?\newline degrees s2 \frac{\text { degrees }}{\mathrm{s}^{2}}

Full solution

Q. The inclination (tilt) of an amusement park ride is accelerating at a rate of 2160 degrees min2 2160 \frac{\text { degrees }}{\min ^{2}} .\newlineWhat is the ride's acceleration rate in  degrees s2 \frac{\text { degrees }}{\mathrm{s}^{2}} ?\newline degrees s2 \frac{\text { degrees }}{\mathrm{s}^{2}}
  1. Convert to seconds: To convert the acceleration rate from degrees per minute squared to degrees per second squared, we need to know how many seconds are in one minute.\newlineThere are 6060 seconds in one minute. Therefore, to convert from per minute squared to per second squared, we need to divide the given rate by 6060 squared (since there are 6060 seconds in a minute and we are dealing with a squared quantity).\newlineCalculation: 2160 degrees/min2602 \frac{2160 \text{ degrees/min}^2}{60^2}
  2. Perform calculation: Now, we perform the calculation.\newline2160602=21603600 \frac{2160}{60^2} = \frac{2160}{3600}
  3. Simplify fraction: Simplify the fraction by dividing 21602160 by 36003600.\newline21603600=0.6 \frac{2160}{3600} = 0.6 \newlineSo, the ride's acceleration rate is 00.66 degrees per second squared.

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