Top two highest run scorer are A and E as per given graph.
Total match = 20
Total match played by A if matches having 0's were ignored = 19
Total match played by E if matches having 0's were ignored = 20
Runs Scored by A = 994
Runs Scored by E = 772
Average runs of A = 994 / 19 = 52.3
Average runs of E = 772 / 20 = 38.6
Difference = 52.3 ? 38.6 = 13.7
Difference between two highest runs = 994 ? 772 = 222
Difference between two lowest runs = 653 ? 414 = 239
Difference = 239 ? 222 = 17
Difference of production of C in 1991 and A in 1996 = Production of company A in 1996 - Production of company C in 1991
Difference of production of C in 1991 and A in 1996 = ( 50 - 45 ) million tonnes = 5 x 1000000 = 5000000 ( Since 1 million = 10 lacks )
Average production of A = 50
Average production of B = 54.17
Average production of C = 50
Difference of production = 54.17 ? 50 = 4.17.
Without knowing the individual runs of 8 openers, we cannot find the average runs of remaining batsmen.
Solve all option one by one.
Ratio of A and D = 141 : 94
As per given graph in the question,
Highest run scored by C = 52
Total run scored by C = 414
Number of match played by C if matches having zero runs and the one with highest runs is ignored = 20 - 1 - 2 = 17
Total runs scored by C if matches having zero runs and the one with highest runs is ignored = 414 - 0 - 52 = 362
Average runs of C = 362 / 17 = 21.29
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