# Answer to Question #16289 in Mechanics | Relativity for Mary Cate

Question #16289

A bridge is 176.4 m above a river. If a lead-weighted fishing line is thrown from the bridge with a horizontal velocity of 22.0 m/s, how far has it moved horizontally when it hits the water?

Expert's answer

The falling time is

T = √(2H/g) = √(2*176.4[m]/9.8[m/s²]) = 6.0[s].

Therefore, fishing line will move

D = 22.0[m/s]*6.0[s] = 132[m]

horizontally when it hits the water.

T = √(2H/g) = √(2*176.4[m]/9.8[m/s²]) = 6.0[s].

Therefore, fishing line will move

D = 22.0[m/s]*6.0[s] = 132[m]

horizontally when it hits the water.

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