The large container shown in the cross section above is filled with a liquid of density 1.1 x 103 kg/m3 . a small hole of area 2.5 x 10-6 m2 is opened in the side of the container a distance h below the liquid surface, which allows a stream of liquid to flow through the hole and into a beaker placed to the right of the container. at the same time, liquid is also added to the container at an appropriate rate so that h remains constant. the amount of liquid collected in the beaker in 2.0 minutes is 7.2 x 10-4 m3 . a. calculate the volume rate of flow of liquid from the hole in m3/s . b. calculate the speed of the liquid as it exits from the hole. c. calculate the height h of liquid needed above the hole to cause the speed you determined in part (b). d. suppose that there is now less liquid in the container so that the height h is reduced to h/2. in relation to the beaker, where will the liquid hit the tabletop? left of the beaker in the