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Complete the area measurement for a circular space simply by multiplying the squared value of the radius by π, 3.14.
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The effective library size was calculated by multiplying the square root of the estimated normalization factor with the original library size.
Multiply the squared radius by pi.
Multiply the squared radius by π, or 3.14, to find the area of one circular section of the sphere.
This is the same as multiplying the square's base by its height because the base and height are simply always the same.
In case of continuous variables (change in HbA1c, FPG, body weight and serum lipids), where SE was reported instead of SD, we changed it to SD by multiplying the SE by the square root of sample size (SD = SE*√N).
For continues variables where SEs were reported instead of SDs, values for SDs were computed by multiplying the SEs with the square root of sample size (SD = SE * N, where N = sample size).
This was done by multiplying the X -matrix with the square root of the AR1 covariance matrix.
SEM was computed by multiplying the standard deviation by the square root of 1-alpha (Cronbach alpha coefficient).
Calculate the volume of concrete required by multiplying the thickness in feet by the square footage of the area to be concreted.
This is calculated by multiplying the annual average solar irradiation per square meter (I) by the conversion efficiency of the system [1].
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