no
index is the same as power The index of a number say how many times you have to use the number in a multiplictaion. e.g; 2 10 = 10*10=100
Index numbers are usually expressed by setting some selected value as 100 and converting all other numbers to an index relative to that base.So, for a simple index, if the value y(0) is set to 100, then the index for the value y(k) is y(k)/y(0)*100.The calculations become more complicated if the index is for a collection of items. In such cases, a number of different "sub-indices" need to be combined together. The combined index is calculated as a weighted average of the component sub-indices, with the weights based on the importance of each su-index in the base period (base-weighted) or in the current period (current-weighted).
If you have the x-th percentile, the index from a sample of size n that corresponds to it is k := max { i - natural | i <= x*n/100 }. Algorithmically, this is to sort the array and take the element k := floor(x*n/100).
Divide the price of the commodity in the given year by the price of the commodity the year before. Then, multiply that number by 100.
no
index is the same as power The index of a number say how many times you have to use the number in a multiplictaion. e.g; 2 10 = 10*10=100
Indicator divided by 100%
[(laspeyer+paarche)/2]*100
convert the following series of index number to chain based indices Year 2003 2004 2005 2006 2007 2008 2009 2010 Index number (base 2003) 100 110 125 133 149 139 150 165
If you mean a standard index where each value is weighted by a reference value, then you just divide each value by the reference and multiply by 100. For instance, if you want to index x, y, and z based on z: (x/z)*100, (y/z)*100, (z/z)*100 Obviously, your reference value should come out to 100.
Swaroop's index is computed using this formula: (number of deaths among those 50 years old and over in a calendar year divided by the total number of deaths ) X 100
Index numbers are usually expressed by setting some selected value as 100 and converting all other numbers to an index relative to that base.So, for a simple index, if the value y(0) is set to 100, then the index for the value y(k) is y(k)/y(0)*100.The calculations become more complicated if the index is for a collection of items. In such cases, a number of different "sub-indices" need to be combined together. The combined index is calculated as a weighted average of the component sub-indices, with the weights based on the importance of each su-index in the base period (base-weighted) or in the current period (current-weighted).
The closest is the number of fingerprint ridges on the index finger of one hand.
If you have the x-th percentile, the index from a sample of size n that corresponds to it is k := max { i - natural | i <= x*n/100 }. Algorithmically, this is to sort the array and take the element k := floor(x*n/100).
It's a bit difficult to show a flowchart using nothing but words, but here goes: start let list[] be 100 random values let best be value of list[0] let index be 1 repeat is value of list[index] less than best? YES: let best be value of list[index] {continue} NO: {continue} increment index is index less than 100? YES: {go to repeat} NO: {continue} print value of best end Previous answer: start test number =100 count = count +1 list number =< test number if true testnumber = list number count = 100 goto end else start end The previous answer assumes 100 to be largest number in the list. What happens when all of the numbers in the list happen to be greater than 100? Also, previous answer exits the loop prematurely as soon as any number equal or smaller than 100 is located. To locate the smallest number in a list, the entire list must be compared with the current best, which is initially taken to be the first number in the list.
Yes, glycemic index is on a scale of 1 to 100, so 100 is the highest reading.