If you're talking about geometry, then the "mean" = "average". In that case 50% (half) of surface area is above the mean and 50% (half) is below.
The area between the mean and 1 standard deviation above or below the mean is about 0.3413 or 34.13%
4.55% falls outside the mean at 2 standard deviation
eg 5 10 15, the mean would be 10 and if we want the mean percentage its the percentage of the total so 10/20x100/1, which is 50%
the total grades of the student in a particular subject area divided by the total number of students multiplied by 100
percentage of males and percentage of females
The area between the mean and 1 standard deviation above or below the mean is about 0.3413 or 34.13%
because it falls within my area of expertis
4.55% falls outside the mean at 2 standard deviation
That a bird has sh*t above you!
It isn't clear what you mean by "the above source".
Do you mean under the Earth's crust or above it? If you mean under it: The heat under the Earth's crust rises and falls as it heats and cools. Above the crust, the sun heats the earth, heat rises, cools, falls back down. Hope that helps.
One standard deviation for one side will be 34% of data. So within 1 std. dev. to both sides will be 68% (approximately) .the data falls outside 1 standard deviation of the mean will be 1.00 - 0.68 = 0.32 (32 %)
He/she/it falls.
did you mean the tropics? It's hot in the tropics because the sun is always right above the area during the day.
you mean snorunt? its found in shoal cave above mossdeep.( the frozen area )
Not sure what you mean by "the" waterfall, but the most famous one is (surprise!) Yosemite Falls. There is also Ribbon Falls, Bridalveil Falls, Nevada Falls, Vernal Falls, Horsetail Falls, Illilouette Falls, and Wapama Falls.
In a normal distribution half (50%) of the distribution falls below (to the left of) the mean.