The figure below shows a manometer system composed of air (grey), water (blue), and mercury (red). The system is open to air with an inclined pipe on its right side. The density of water is g, 1000 kg/m and the density of mercury is p 13572 kg/m. You can neglect the density of air in your calculations. The gravity acceleration is g 9.81 m/s? and the atmospheric pressure is Pan 101355Pa. If the absolute pressure at location A is Pa = 135 kPa and the inclination angle with respect to the verticalis @ = 50, what is the length of the inclined pipe L (m) from the bottom of the inclined pipe to the top of the water level in the inclined pipe (see figure below)? Provide your answer to 3 decimal places. Air Mercury - Water