The smallest percentage point of any distribution is 0% and the largest is 100%.
You subtract the smallest data point from the largest data point in the set. The result is the range.
.046Assumptions: You can use each digit exactly once, and you don't have to put a zero before the decimal point. (Good form is to write 0.046)How to make it? Your answer will look like this: .abcThe a is tenths (largest) ... use the smallest digit, 0The b is hundredths (next largest) ... use the next smallest digit, 4The c is tenths (smallest) ... use the largest digit, 6
It is the average of all the numbers in the distribution. If you chose a random data point of the distribution, there would be a 50% chance that it is above the mean, and a 50% chance that it is below the mean.
10%
0.17 as a percentage would be 17%. To convert a decimal to a percentage you simply move the decimal point two places to the right. To change a percentage to a decimal you simply move the decimal point two places to the left.
There are an infinite number of different decimals. If you have the whole list, then-- The smallest one is the one with the most zeros after the decimal point,or the smallest digit after the zeros if there's a tie.-- The largest one is the one with the most nines after the decimal point,or the largest digit after the nines if there's a tie.If there are less than an infinite number of decimals on your list, then-- The smallest one is the one with the smallest digit after the decimal point,or if it's a tie, the smallest digit in the second place after the decimal point,or of that's a tie, the smallest digit in the third place after the decimal point . . . etc.-- The largest one is the one with the largest digit after the decimal point,or if it's a tie, the largest digit in the second place after the decimal point,or if that's a tie, the largest digit in the third place after the decimal point . . . etc.As soon as you find the largest, find the next largest the same way, byignoring the first largest and finding the largest of the ones that are left.As soon as you find the smallest, find the next smallest the same way, byignoring the first smallest and finding the smallest of the ones that are left.This whole thing feels like trying to explain how to eat a carrot or tie a shoe.
You subtract the smallest data point from the largest data point in the set. The result is the range.
There is no smallest decimal - just as there is no largest number. If x was said to be the smallest decimal, inserting a zero immediately after the decimal point would give a number equal to a tenth of x - ie smaller than x.
objects just dont come up with melting points. to the smallest piece of iron to the largest the melting point is always going to be the same no matter what
.046Assumptions: You can use each digit exactly once, and you don't have to put a zero before the decimal point. (Good form is to write 0.046)How to make it? Your answer will look like this: .abcThe a is tenths (largest) ... use the smallest digit, 0The b is hundredths (next largest) ... use the next smallest digit, 4The c is tenths (smallest) ... use the largest digit, 6
The mean of the 6th and 7th values
By definition, the 1st 6-tile is the point below which 1/6 of the population falls (irrespective of which distribution is involved). The 2nd 6-tile is the point below which 2/6 of the population falls. This is 100 * 1/3 ~ 33.3% of the population.
What is the smallest point size recommended by graphic designers? *
0.1 is the smallest positive number with 2 digits and a decimal point. without a decimal point the smallest is 10.
There is no such number. It is always possible to insert a zero immediately after the decimal point to make a number that is one tenth as large (or ten times smaller).
The Pacific Ocean is the largest ocean in the world at 155,557,000 sq km. Its deepest point is the Mariana Trench (Challenger Deep) at 11,033 metres. The Arctic Ocean is the fifth largest ocean in the world at 14,056,000 sq km. Its deepest point is the Fram Basin at 4,665 metres.
0.08 is the smallest.