The diver illustrated in the Figure undergoes both translational and rotational or general motion. The overall translational motion of the diver can be analyzed by observing the trajectory of the diver's center of gravity which can be assumed to undergo a projectile motion. Consider a case in which a diver takes off from a diving board located at a height h, = 10 m above the water level and enters the water at a horizontal distance / = 5 m from the end of the board. If the total time the diver remains in the air is t, = 2.5 s, calculate the speed and angle of takeoff of the diver's center of gravity.
The diver illustrated in the Figure undergoes both translational and rotational or general motion. The overall translational motion of the diver can be analyzed by observing the trajectory of the diver's center of gravity which can be assumed to undergo a projectile motion. Consider a case in which a diver takes off from a diving board located at a height h, = 10 m above the water level and enters the water at a horizontal distance / = 5 m from the end of the board. If the total time the diver remains in the air is t, = 2.5 s, calculate the speed and angle of takeoff of the diver's center of gravity.
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The diver illustrated in the Figure undergoes both translational and
rotational or general motion. The overall translational motion of the
diver can be analyzed by observing the trajectory of the diver's center
of gravity which can be assumed to undergo a projectile motion.
Consider a case in which a diver takes off from a diving board located
at a height h0 = 10 m above the water level and enters the water at a
horizontal distance l = 5 m from the end of the board. If the total time
the diver remains in the air is t2 = 2.5 s, calculate the speed and angle
of takeoff of the diver's center of gravity
Transcribed Image Text:The diver illustrated in the Figure undergoes both translational and
rotational or general motion. The overall translational motion of the
diver can be analyzed by observing the trajectory of the diver's center
of gravity which can be assumed to undergo a projectile motion.
Consider a case in which a diver takes off from a diving board located
at a height h, = 10 m above the water level and enters the water at a
%3D
horizontal distance / = 5 m from the end of the board. If the total time
the diver remains in the air is t, = 2.5 s, calculate the speed and angle
of takeoff of the diver's center of gravity.
%3D
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