A rescue plane flies at 198km/hr and at a constant elevation of 500m toward a point directly over an accident victim struggling in the sea. The pilot must release a rescue capsule so that it hits the water very close to the victim. a). what should be the angle of the pilot's line of sight when the capsule is released? b) what is the velocity of the rescue in the vertical plane when the capsule is released? c). as the capsule reaches the water, what is its velocity v in i. the unit vector notation? ii. magnitude- angle notation
A rescue plane flies at 198km/hr and at a constant elevation of 500m toward a point directly over an accident victim struggling in the sea. The pilot must release a rescue capsule so that it hits the water very close to the victim. a). what should be the angle of the pilot's line of sight when the capsule is released? b) what is the velocity of the rescue in the vertical plane when the capsule is released? c). as the capsule reaches the water, what is its velocity v in i. the unit vector notation? ii. magnitude- angle notation
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A rescue plane flies at 198km/hr and at
a constant elevation of 500m toward a
point directly
over an accident victim struggling in the
sea. The pilot must release a rescue
capsule so that it
hits the water very close to the victim.
a). what should be the angle of the
pilot's line of sight when the capsule is
released?
b) what is the velocity of the rescue in
the vertical plane when the capsule is
released?
c). as the capsule reaches the water,
what is its velocity v in
i. the unit vector notation?
ii. magnitude- angle notation
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