A coyote is chasing a roadrunner when he runs off a cliff. You time the number...

 

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A coyote is chasing a roadrunner when he runs off a cliff. You time the number of seconds it takes him to fall. You can use the following formulas to calculate the distance the coyote fell and the velocity he was travelling upon impact. The formula for distance is: d = a t^2 where: The formula to calculate final (terminal) velocity is: v=at where: d is distance in feet a is the acceleration constant: 32.0 t is time in seconds v is velocity in feet/sec. a is the acceleration constant: 32.0 t is time in seconds write a Java program that asks the user for the free-fall time in seconds. Calculate the distance the object fell and the final velocity. Print the distance and velocity values Activate Windows A coyote is chasing a roadrunner when he runs off a cliff. You time the number of seconds it takes him to fall. You can use the following formulas to calculate the distance the coyote fell and the velocity he was travelling upon impact. The formula for distance is: d = a t^2 where: The formula to calculate final (terminal) velocity is: v=at where: d is distance in feet a is the acceleration constant: 32.0 t is time in seconds v is velocity in feet/sec. a is the acceleration constant: 32.0 t is time in seconds write a Java program that asks the user for the free-fall time in seconds. Calculate the distance the object fell and the final velocity. Print the distance and velocity values Activate Windows

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Here is a Java program that asks the user for the freefall time in seconds and calculates the distan... View the full answer