5. A package is being moved by a conveyer at constant velocity of 3 m/s until sliding onto a frictionless quarter cylinder. (h=1 m) Determine the 0 (marked in the diagram) when the package slides off the cylinder and the horizontal travel in the air (marked x, in the diagram). Yık (FN
5. A package is being moved by a conveyer at constant velocity of 3 m/s until sliding onto a frictionless quarter cylinder. (h=1 m) Determine the 0 (marked in the diagram) when the package slides off the cylinder and the horizontal travel in the air (marked x, in the diagram). Yık (FN
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![5. A package is being moved by a conveyer at constant velocity of 3 m/s until sliding onto a
frictionless quarter cylinder. (h=1 m) Determine the 0 (marked in the diagram) when the package
slides off the cylinder and the horizontal travel in the air (marked x, in the diagram).
Show Transcribed Text
A package is being moved by a conveyer at
constant velocity of 3m/s until sliding onto a
frictionless quarter cylinder. (h=1 m) Determine
the 0 (marked in the diagram) when the
package slides off the cylinder and the
horizontal travel in the air (marked x1 in the
diagram).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F08242537-fb42-4333-b4b6-c5aef19c2697%2F4cd5c7c3-e09a-452e-b75e-50693efb60d9%2Fi38p2t6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. A package is being moved by a conveyer at constant velocity of 3 m/s until sliding onto a
frictionless quarter cylinder. (h=1 m) Determine the 0 (marked in the diagram) when the package
slides off the cylinder and the horizontal travel in the air (marked x, in the diagram).
Show Transcribed Text
A package is being moved by a conveyer at
constant velocity of 3m/s until sliding onto a
frictionless quarter cylinder. (h=1 m) Determine
the 0 (marked in the diagram) when the
package slides off the cylinder and the
horizontal travel in the air (marked x1 in the
diagram).
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