As soon as possible please

base in the tables answer the questions

Table 1: Applying and Analyzing Cost-Benefit Analysis Plan Total first Cost" Annual Capital Recovery Cost at Annual O & M Cost *** Total Annual Cost of Project *** Net Cost Savings Average Annual Energy Savings*** ** ** * ** 5%** SO $0 $0 SO $0 $0 $4,000 $10010 $900 $9,110 $10,000 $11,000 $10 $10 $4,400 $11010 $850 $10,160 $4,800 $12,000 $15 $12015 $760 $11,255 $6,000 $15,000 $15 $15015 $650 $14,365 $8,000 $20020 $600 $19,420 $20,000 $25,000 $10,000 $20 $20 $30 $25020 $640 $24,380 $14,000 $35,000 $35030 $900 $34,130 $35 $45035 $1,100 $43,935 $18,000 $25,000 $45,000 $62,500 $40 $62540 $1,400 $61,140 Table 2: Comparison of Benefit-cost Radio to formulate Flood Control project (000 omitted from dollar figures) Plan Annual Project Costs Benefit Cost Ratio* Average Annual Energy Savings (benefits) $0 SO 0 $900 $10,010 0.090 $850 $11,010 0.077 $760 $12,015 0.063 $15,015 0.043 $650 $600 $20,020 0.030 $640 $25,020 0.025 $900 $35,030 0.026 $1,100 $45,035 0.024 $1,400 $62,540 0.022 Data Analysis 1. Which plan is the No Action Alternative? 2. Which plan requires the least first cost? 3. Which plan is provides the greatest benefit-cost ratio? 4. Other than the No Action alternative, which plan is the least expensive to implement? 5. Why might one select the No Action Alternative? 185