If the area of normalization is greater than 100, it suggests that the data or values being analyzed exceed the expected scale or range, which may indicate issues with the measurement or data collection process. In such cases, it's essential to investigate the reasons behind this discrepancy, as it could lead to skewed results or misinterpretations. Adjustments may be needed to bring the values within an acceptable range, ensuring accurate analysis and interpretation.
101 is an integer greater than 100.
75/100 is greater than 60/100, so .75 is greater than 0.6.
150% of 100 = 150.150 greater than 100 = 250
Same as percentages less than 100. Percentages greater than 100 will reult in a number that is greater than the original, that's all.
15 feet is greater than 100 inches
The goal of area normalization is to correct for sample size discrepances, that in a negative way affects the sum of all measured solutes. Example If 4 peaks are being measured and the sum total area of all peaks turns out to be less than or greater than 100 percent, Normalization corrects for this and shifts all peaks by the needed percentage to bring them to a sum of 100 percent. If the sum total equals 90 percent, then normalization will shift up each individual peak 10 percent, which will bring the sum up to 100 percent..
101 is an integer greater than 100.
9.80 is greater than 9.45 because 80/100 is greater than 45/100
75/100 is greater than 60/100, so .75 is greater than 0.6.
Well a 100 is greater than 1 so 100 litres is greater than 1 litre.
Greater than 100% or smaller than -100%.
The square of any number greater than 10 (or less than -10) will be greater than 100.
150% of 100 = 150.150 greater than 100 = 250
100 miles is greater than 100 feet.
Of course 250 is greater than 100
An integer greater than 100 is any whole number greater than 100 i.e. 101, 150, 5620, 64861
100% equals the number. Less than 100% is less than the number. Greater than 100% is greater than the number.