An open rectangular tank `5m xx 4m xx 3m ` high containing water upto a height of 2m is accelerated horizontally along the longer side .
(a) Determine the maximum acceleration that can be given without spilling the water .
(b)Calculate the percentage of water spill over , if this acceleration is increased by 20 %

An open retangular tank 5mxx4mxx3m high containing water upto a height of 2m is accelerated horizontally along the longer side. (i). Determine the maximum acceleration that can be given without spilling the water. (ii). Calculate the percentage of water split over if this acceleration of increased by 20% (iii). If initially the tank is closed at the top and its accelerated horizontally by 9m//s^(2) find the gauge pressure at the bottom of the front and rear walls of the tank.

A rectangular water tank is 5m high,3m long and 2m wide.it can hold

An open rectangular tank 1.5 m wide 2m deep ad 2 m long is half filled with water. It is accelerated horizontally at 3.27m//s^(2) in the direction of its length determine the depth of water at each end of tank.

An open rectangular tank 1.5 m wide 2m deep ad 2 m long is half filled with water. It is accelerated horizontally at 3.27m//s^(2) in the direction of its length determine the depth of water at each end of tank.

A container shown in Fig. is accelerated horizontally with acceleration a . a. Find the minimum value of a at which liquid just starts spilling out.

A container shown in Fig. is accelerated horizontally with acceleration a . a. Find the minimum value of a at which liquid just starts spilling out.