yes, ascending is from smallest to largest.
The opposite is descending, which is from largest to smallest
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∙ 12y agoAn Ascending # is a # That Is Getting Larger. A Descending # is a # That Is Getting Smaller.
You arrange the data set in ascending order. You then find the observation such that a quarter of the observations are smaller than it and three quarters are bigger. That value is the lower quartile. Next find the observation such that three quarters of the observations are smaller than it and a quarter are bigger. That value is the upper quartile. Upper quartile minus lower quartile = IQR.
Smaller
Both. It is smaller than 4.1 and bigger than 3.9
It can be bigger or smaller, but not equal to.
An Ascending # is a # That Is Getting Larger. A Descending # is a # That Is Getting Smaller.
Shadows get smaller as the light source moves closer to the object casting the shadow, and they get larger as the light source moves farther away. The size of a shadow is influenced by the distance between the object and the light source.
You arrange the data set in ascending order. You then find the observation such that a quarter of the observations are smaller than it and three quarters are bigger. That value is the lower quartile. Next find the observation such that three quarters of the observations are smaller than it and a quarter are bigger. That value is the upper quartile. Upper quartile minus lower quartile = IQR.
1.0 is bigger than 0.1.
A bigger persons voice is bigger than a smaller persons voice because a bigger person chest is bigger while the smallers person chest is smaller.
The bigger the denominator(lowest) the smaller the fraction
Smaller
smaller
smaller
Dilated pupils are bigger, and constrictred pupils are smaller.
It can be bigger or smaller, but not equal to.
Both. It is smaller than 4.1 and bigger than 3.9