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Hi All,
Please help me on the Average on top of sum function, scenario as follows:
For finding the Average Annual Premium growth for 10 years, below is the formula used
((sum({<year={2008}>}estimated_amt)/(sum({<year={2007}>}estimated_amt)-1))
+
(sum({<year={2009}>}estimated_amt)/(sum({<year={2008}>}estimated_amt)-1))
+
(sum({<year={2010}>}estimated_amt)/(sum({<year={2009}>}estimated_amt)-1))
+
(sum({<year={2011}>}estimated_amt)/(sum({<year={2010}>}estimated_amt)-1))
+
(sum({<year={2012}>}estimated_amt)/(sum({<year={2011}>}estimated_amt)-1))
+
(sum({<year={2013}>}estimated_amt)/(sum({<year={2012}>}estimated_amt)-1))
+
(sum({<year={2014}>}estimated_amt)/(sum({<year={2013}>}estimated_amt)-1))
+
(sum({<year={2015}>}estimated_amt)/(sum({<year={2014}>}estimated_amt)-1))
+
(sum({<year={2016}>}estimated_amt)/(sum({<year={2015}>}estimated_amt)-1)))
/(count distinct year)
Summing up the (current year amt/(prev year amt -1))+........ In-order to do find average, dividing the summed up values by count of distinct year i.e 10.
Please correct me, if I am using the right formula for finding the average on top of sum function.
Regards,
Padma
Sorry for the inconvenience!
Below is the corrected formula used:
((1-(sum({<year={2008}>}estimated_amt)/sum({<year={2007}>}estimated_amt)))
+
(1-(sum({<year={2009}>}estimated_amt)/sum({<year={2008}>}estimated_amt)))
+
(1-(sum({<year={2010}>}estimated_amt)/sum({<year={2009}>}estimated_amt)))
+
(1-(sum({<year={2011}>}estimated_amt)/sum({<year={2010}>}estimated_amt)))
+
(1-(sum({<year={2012}>}estimated_amt)/sum({<year={2011}>}estimated_amt)))
+
(1-(sum({<year={2013}>}estimated_amt)/sum({<year={2012}>}estimated_amt)))
+
(1-(sum({<year={2014}>}estimated_amt)/sum({<year={2013}>}estimated_amt)))
+
(1-(sum({<year={2015}>}estimated_amt)/sum({<year={2014}>}estimated_amt)))
+
(1-(sum({<year={2016}>}estimated_amt)/sum({<year={2015}>}estimated_amt))))
/(count distinct year)
Please correct me, if I am using the right formula for finding the average on top of sum function by using count (distinct year)