Examine Figure 23 and the given scenario below before answering the following questions. All values for X and Yoxls are in metes 50 AWY B 20 Y meters 10 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 SIDE DEPTH VIEW 7 8 9 0 200 Meters TOP view of AWV moving forward and backward to complete the profiling works AWV A side Profiling coverage Line by line B side 200 meters 200 meters Figure 23: Waterbed profiling works. Top sketch shows the side depth view of the pool and bottom sketch shows the top view of the coverage area. Your company is proposing a joint venture to develop an abandoned 200X200 square meters mining pool to be a recreational spot, to a local authority. While studying the development works, it is found that one of the initial works is to measure the profile of the pool bed to determine its depth. As a potential joint venture partner you are elected to be the consultant for the profiling job that uses a floating Autonomous Water Vehicle (AWV) of your own design. Figure Q3 shows the AWV moving line by line profiling the pool to determine its depth and the curvature of the waterbed. The profiling process starts from side A to side B on a straight path water surface until the whole 200X200 square meters are covered. The first and second diagrams show the cross sectional depth and the bird eye view of the pool respectively. The captured data are stored on board and also relayed to the authority office for safe keeping and future use during the development phase. Assuming that AWV has no disturbance from waves, wind and air turbulences, answer the following questions. a) Compile the budgetary functional components and their respective cost that make up the AWV and conclude how it is powered to move around on water if green and sustainable technology is employed, (5 marks) b) Formulate the technique used to capture the waterbed depth and solve the depth calculation by choosing the right mathematical expression. (2 marks) c) On analysing the profiling data, it is found that the development cost of the whole project is about RM 1 million. Estimate your plan to get financing and source of payment for the financing. Examine Figure 23 and the given scenario below before answering the following questions. All values for X and Yoxls are in metes 50 AWY B 20 Y meters 10 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 SIDE DEPTH VIEW 7 8 9 0 200 Meters TOP view of AWV moving forward and backward to complete the profiling works AWV A side Profiling coverage Line by line B side 200 meters 200 meters Figure 23: Waterbed profiling works. Top sketch shows the side depth view of the pool and bottom sketch shows the top view of the coverage area. Your company is proposing a joint venture to develop an abandoned 200X200 square meters mining pool to be a recreational spot, to a local authority. While studying the development works, it is found that one of the initial works is to measure the profile of the pool bed to determine its depth. As a potential joint venture partner you are elected to be the consultant for the profiling job that uses a floating Autonomous Water Vehicle (AWV) of your own design. Figure Q3 shows the AWV moving line by line profiling the pool to determine its depth and the curvature of the waterbed. The profiling process starts from side A to side B on a straight path water surface until the whole 200X200 square meters are covered. The first and second diagrams show the cross sectional depth and the bird eye view of the pool respectively. The captured data are stored on board and also relayed to the authority office for safe keeping and future use during the development phase. Assuming that AWV has no disturbance from waves, wind and air turbulences, answer the following questions. a) Compile the budgetary functional components and their respective cost that make up the AWV and conclude how it is powered to move around on water if green and sustainable technology is employed, (5 marks) b) Formulate the technique used to capture the waterbed depth and solve the depth calculation by choosing the right mathematical expression. (2 marks) c) On analysing the profiling data, it is found that the development cost of the whole project is about RM 1 million. Estimate your plan to get financing and source of payment for the financing