plz solve it as fast as possible all data is given see also graph for more info

BA I Q1: Analyze the economic feasibility of solar and wind power systems from the given data in figures 1 and 2 by answering the listed questions. All comparisons must be made in percentages while giving all the selected values from the graphs. Also indicate the selected data on the graphs. CLO4[C4-PLO7](20 marks) 1) Infer the economic feasibility of given systems by comparing the effect of variations in full load hours on electricity generation costs in each system. (6) 2) Identify the economic feasibility of given systems by examining the effect of variations in depreciation period on electricity generation costs of each system. (6) 3) Compare the effect of variations in operation costs on electricity generation costs for both systems. (4) 4) Compare the effect of variations in overall investment on electricity generation costs for the two systems. (4) 0.60 0.55 Depreciation period 20 a = 100% Overall Investment 78 k = 100% 0.50 0.45 Electricity generation costs in /kWh 0.40 Operation costs 800 a = 100% Full load hours 800 Wa - 100% Interest rate 4.5% = 100% 0.35 0.30 0.25 70 80 90 100 110 120 130 Parameter variation in % Figure 1: Parameter Variation of the Main Influencing Variables on the Specific Power Production Costs of the 20 kW Photovoltaic Multi-Crystalline Generator 0.080 0.075 S 0.070 0.065 Electricity generation costs in ElkWh Interest rate 4.5% = 100% Depreciation period 20 a = 100% Overall Investment 2,599 k = 100 % Yearly costs 151 k = 100 % Full load hours 2,500 ha = 100% 0.060 0.055 0.050 0.045 0.040 70 80 90 100 110 120 130 Parameter variation in % BA I Q1: Analyze the economic feasibility of solar and wind power systems from the given data in figures 1 and 2 by answering the listed questions. All comparisons must be made in percentages while giving all the selected values from the graphs. Also indicate the selected data on the graphs. CLO4[C4-PLO7](20 marks) 1) Infer the economic feasibility of given systems by comparing the effect of variations in full load hours on electricity generation costs in each system. (6) 2) Identify the economic feasibility of given systems by examining the effect of variations in depreciation period on electricity generation costs of each system. (6) 3) Compare the effect of variations in operation costs on electricity generation costs for both systems. (4) 4) Compare the effect of variations in overall investment on electricity generation costs for the two systems. (4) 0.60 0.55 Depreciation period 20 a = 100% Overall Investment 78 k = 100% 0.50 0.45 Electricity generation costs in /kWh 0.40 Operation costs 800 a = 100% Full load hours 800 Wa - 100% Interest rate 4.5% = 100% 0.35 0.30 0.25 70 80 90 100 110 120 130 Parameter variation in % Figure 1: Parameter Variation of the Main Influencing Variables on the Specific Power Production Costs of the 20 kW Photovoltaic Multi-Crystalline Generator 0.080 0.075 S 0.070 0.065 Electricity generation costs in ElkWh Interest rate 4.5% = 100% Depreciation period 20 a = 100% Overall Investment 2,599 k = 100 % Yearly costs 151 k = 100 % Full load hours 2,500 ha = 100% 0.060 0.055 0.050 0.045 0.040 70 80 90 100 110 120 130 Parameter variation in %