"v (Looks at first character only. Rest is ignored)"
"0"
"10"
"1"
".2"
"Percent|of|Total"
"P (Can use “P”, “p” or “%”)"
"0"
"30"
"5"
"1"
245
0
"5"
"5.25"
"5.5"
"5.75"
"6"
"6.25"
"6.5"
"6.75"
"7"
"7.25"
"7.5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.25"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.5"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"5.75"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.25"
"6.5"
"6.5"
"6.5"
"6.5"
"6.5"
"6.5"
"6.5"
"6.75"
"6.75"
"6.75"
"6.75"
"7"
"7"
"7.25"
"4.75"
"4.5"
"4.25"
"4"
"3.75"
"3.5"
"3.25"
"3"
"2.75"
"2.5"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.75"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.5"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4.25"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"4"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.75"
"3.5"
"3.5"
"3.5"
"3.5"
"3.5"
"3.5"
"3.5"
"3.25"
"3.25"
"3.25"
"3.25"
"3"
"3"
"2.75"
1,3,"This is an artificial data base whose values fall into a perfect “normal” distribution which is well known for its “bell” shape. Much data follows this type of distribution. For example, the weight or height of citizens in Boston would naturally fall into a normal distrbution. Likewise, the length of native Massachusetts mosquito proboscis (in yards of course) would plot as a bell shaped curve.","0",3,3,9,3,1,3