A.1 m diameter jet of water is deflected by a homogeneous rectangular block (1.5 mx 2mx 1 m) that weighs 900 N as shown in Figure A2-2. The maximum force that the block can withstand before falling is 120 N. Assume the density of water is 1000 kg/m (a) Determine the maximum possible water volumetric flow rate in m's without tipping the black over. (10 marks) 1.5 m 0.1m X is 2.5 m 0.05 m Figure A2-2 (b) The jet of water in port(a) was obtained from the flow of water from the water tank as per Figure A2-3 through a pipe diameter of 0.1 meter. Given that the height, of water in the water tank is Xm (Refer Note 06). discuss and show via calculations if the flow of water be able to tip over the block (10 marks) (c) Provide TWO (2) soggestions on how to optimize the current setup to prevent the black from tipping over. Include calculations to support each of your answer (10 marks) H Rectangular Block 0.1m Figure A2-3