Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper when t = 0 at a vertical height of 1.5 meters. a) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:
Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper when t = 0 at a vertical height of 1.5 meters. a) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:
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Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She
prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go
of the slipper when t = 0 at a vertical height of 1.5 meters.
a) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical
height of 0.50 meters from its initial position, the initial velocity needed for the
slipper to hit the cockroach is:
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