A barge is in a rectangular lock on a freshwater river. The lockis 60.0 m long and 20.0 m wide, and the steel doors on each end are closed.With the barge floating in the lock, a 2.50 * 10^6 N load of scrap metal isput onto the barge. The metal has density 7200 kg/m3. (a) When the loadof scrap metal, initially on the bank, is placed onto the barge, what verticaldistance does the water in the lock rise? (b) The scrap metal is now pushedoverboard into the water. Does the water level in the lock rise, fall, or remainthe same? If it rises or falls, by what vertical distance does it change?
A barge is in a rectangular lock on a freshwater river. The lockis 60.0 m long and 20.0 m wide, and the steel doors on each end are closed.With the barge floating in the lock, a 2.50 * 10^6 N load of scrap metal isput onto the barge. The metal has density 7200 kg/m3. (a) When the loadof scrap metal, initially on the bank, is placed onto the barge, what verticaldistance does the water in the lock rise? (b) The scrap metal is now pushedoverboard into the water. Does the water level in the lock rise, fall, or remainthe same? If it rises or falls, by what vertical distance does it change?
Related questions
Question
A barge is in a rectangular lock on a freshwater river. The lock
is 60.0 m long and 20.0 m wide, and the steel doors on each end are closed.
With the barge floating in the lock, a 2.50 * 10^6 N load of scrap metal is
put onto the barge. The metal has density 7200 kg/m3. (a) When the load
of scrap metal, initially on the bank, is placed onto the barge, what vertical
distance does the water in the lock rise? (b) The scrap metal is now pushed
overboard into the water. Does the water level in the lock rise, fall, or remain
the same? If it rises or falls, by what vertical distance does it change?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps
