5) Find the height of the water in the tank at any time if the tank has diameter 2 m and the hole in the bottom of the tank has diameter 1 cm. The initial height of the tank when the hole is opened is 2.25 m. When will the tank be empty? (The outflow water has velocity "(t) 0.600/2 gh (1), Torricelli's law) Water level time 2.25m in Oufowng water 6) Solve the IVP. e2" (2 cos y dz - sin y dy) = 0, y (0) = 0
5) Find the height of the water in the tank at any time if the tank has diameter 2 m and the hole in the bottom of the tank has diameter 1 cm. The initial height of the tank when the hole is opened is 2.25 m. When will the tank be empty? (The outflow water has velocity "(t) 0.600/2 gh (1), Torricelli's law) Water level time 2.25m in Oufowng water 6) Solve the IVP. e2" (2 cos y dz - sin y dy) = 0, y (0) = 0
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Transcribed Image Text:5) Find the height of the water in the tank at any time if the tank has diameter 2 m and the
hole in the bottom of the tank has diameter 1 cm. The initial height of the tank when the
hole is opened is 2.25 m. When will the tank be empty?
(The outflow water has velocity "(t) = 0.600 /2 gh (t), Torriceler's law)
Water level
at time
2.25 m
Outfiowing
water
6) Solve the IVP.
e2" (2 cos y dr - sin y dy) = 0, y (0) = 0
%3D
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