Situation 3: The diagram illustrates a chute in a factory used for sliding boxes to a lower floor. The boxes start from rest at A; they slide a distance of 6 m down to B and then along the level to C, where they enter an endless conveyor belt. Calculate the distance BC required, if friction coefficient = 0.20 and the boxes are to enter the belt with a velocity of (0.8 + 0.XY) m/s. A W B w/
Situation 3: The diagram illustrates a chute in a factory used for sliding boxes to a lower floor. The boxes start from rest at A; they slide a distance of 6 m down to B and then along the level to C, where they enter an endless conveyor belt. Calculate the distance BC required, if friction coefficient = 0.20 and the boxes are to enter the belt with a velocity of (0.8 + 0.XY) m/s. A W B w/
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
3. Please list the given, required and the formula that had been used. Please show the diagram/illustration supporting the answer. Box the answer. Please complete the prodecure and the solution and the figure. crop it if it is long so i can see it.
0.XY= 0.68
![Situation 3:
The diagram illustrates a chute in a factory used for sliding boxes to a lower floor. The boxes start from rest
at A; they slide a distance of 6 m down to B and then along the level to C, where they enter an endless
conveyor belt. Calculate the distance BC required, if friction coefficient = 0.20 and the boxes are to enter the
belt with a velocity of (0.8 + 0.XY) m/s.
W
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Feeac7181-25f2-40f8-ad08-a1b04c36eaa7%2Feba0a928-de67-4dfd-b4a2-8aafbda1f9ce%2Fiombfph_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Situation 3:
The diagram illustrates a chute in a factory used for sliding boxes to a lower floor. The boxes start from rest
at A; they slide a distance of 6 m down to B and then along the level to C, where they enter an endless
conveyor belt. Calculate the distance BC required, if friction coefficient = 0.20 and the boxes are to enter the
belt with a velocity of (0.8 + 0.XY) m/s.
W
B
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