Water is pumped into a pipe at 5 times atmospheric pressure (specifically at point P), and...

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Water is pumped into a pipe at 5 times atmospheric pressure (specifically at point P), and it eventually exits from the right end of the pipe into the air. The pipe has two cylindrical sections with radii R = 30.0 cm and r = 20.0 cm, both having a length of L. The transition between the two sections is negligible. 1. If a water droplet enters the left end of the pipe in a straight line at time t = 0, determine the time it takes for the droplet to exit the right end of the pipe. 2. Given that the outlet of the pipe is at a height h = 5.00 m above the ground, calculate the horizontal distance the droplet will travel in the air before landing on the ground. 35m X Height ⇓ Water is pumped into a pipe at 5 times atmospheric pressure (specifically at point P), and it eventually exits from the right end of the pipe into the air. The pipe has two cylindrical sections with radii R = 30.0 cm and r = 20.0 cm, both having a length of L. The transition between the two sections is negligible. 1. If a water droplet enters the left end of the pipe in a straight line at time t = 0, determine the time it takes for the droplet to exit the right end of the pipe. 2. Given that the outlet of the pipe is at a height h = 5.00 m above the ground, calculate the horizontal distance the droplet will travel in the air before landing on the ground. 35m X Height ⇓

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