In Java,

Write a program to conclude if the following series is likely convergent or divergent. In case of convergent series, find the approximate sum value, and print 4 times the sum. W1 + VI + This is what you do: Using a loop, calculate the sum of the given series for the first 1000, 2000, 3000, 4000, 5000, 6000......., try up to 100,000 terms (max). As we discussed in my notes, if the sum values do not increase significantly, it is likely the series is convergent. Incorporate this idea in your program: If the difference between successive sum values is less than, say .000001, then conclude, "The given series is likely convergent." Even after trying up to 100,000 the difference in successive sums is not less than .000001, conclude, "The given series is likely divergent." Hint: public class SumSeriesxxxx { public static void main(String[] args) { printInfo(); double prevSum = 0.0, currentSum = 0.0; long num Terms=0; for (int i = 1; i