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#17) horizontally with fish back to the next. Then the fish is accidentally dropped. The Eagle continues horizontally another 30.0 m before diving for and recovering the fish when the f ish is 50.0 m above the ground. (a) How long is the free fall of the fish? (b) How far does the fish travel horizontally before being caught? (c) What is the vertical component of velocity of the fish when caught? Assume no air resistance). (d) What is the total velocity of the fish (combine horizontal and vertical components). An Eagle is soaring at 10.0 m/s Eagle fish 500 m 50 m

#17) horizontally with fish back to the next. Then the fish is accidentally dropped. The Eagle continues horizontally another 30.0 m before diving for and recovering the fish when the f ish is 50.0 m above the ground. (a) How long is the free fall of the fish? (b) How far does the fish travel horizontally before being caught? (c) What is the vertical component of velocity of the fish when caught? Assume no air resistance). (d) What is the total velocity of the fish (combine horizontal and vertical components). An Eagle is soaring at 10.0 m/s Eagle fish 500 m 50 m

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#17) horizontally with fish back to the next. Then the fish is accidentally dropped. The Eagle continues horizontally another 30.0 m before diving for and recovering the fish when the f ish is 50.0 m above the ground. (a) How long is the free fall of the fish? (b) How far does the fish travel horizontally before being caught? (c) What is the vertical component of velocity of the fish when caught? Assume no air resistance). (d) What is the total velocity of the fish (combine horizontal and vertical components). An Eagle is soaring at 10.0 m/s Eagle fish 500 m 50 m
Transcribed Image Text:#17) horizontally with fish back to the next. Then the fish is accidentally dropped. The Eagle continues horizontally another 30.0 m before diving for and recovering the fish when the f ish is 50.0 m above the ground. (a) How long is the free fall of the fish? (b) How far does the fish travel horizontally before being caught? (c) What is the vertical component of velocity of the fish when caught? Assume no air resistance). (d) What is the total velocity of the fish (combine horizontal and vertical components). An Eagle is soaring at 10.0 m/s Eagle fish 500 m 50 m
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