The phrase "arrays are equal" is correct and usable in written English.
It can be used in programming or mathematical contexts to indicate that two or more arrays have the same values or structure.
Example: "In this function, we will check if the two input arrays are equal before proceeding with the calculations."
Alternatives: "the arrays match" or "the arrays are identical".
Then, the scaling method is applied to all the arrays to ensure that the medians of all arrays are equal.
Given the likelihood of a high degree of correlated paternity within pods, only a single seed from a given pod was genotyped so the sizes of progeny arrays are equal to the number of pods collected from known maternal plants.
Given the likelihood of a high degree of correlated paternity within pods, only a single seed from a given pod was genotyped so the sizes of progeny arrays are equal to the number of pods collected from known maternal plants and varied from one to 26 (Table 1).
The SE estimates are normalized such that for each probe set, the median standard error across all arrays is equal to 1. Since most genes are not expected to be differentially expressed, boxplots for each array should be centered around 1. Samples with a median GNUSE of greater than 1.25 were flagged for downstream analysis.
The element spacing of the linear array is equal to a half-wavelength.
This shows that the net power flow from the PV array is equal to the power received by the PEV battery for charging.
In test session 1, the microphone signal is acquired by using only the two most external microphones of the linear array mounted on the supporting base; since the microphone distance in the array is equal to 4 cm, the selected microphones in this configuration are 16 cm far away from each other and they are also tilted to form an angle of 70 degrees in order to guarantee the stereophonic effect.
Spots were assessed visually to identify those of low quality and arrays were normalized so that the median of ratio across each array was equal to 1.0.
The data were normalised by global means normalisation; therefore, the mean of all the averaged values on the array was equal to one.
To allow direct comparison between chips, raw signals were globally scaled so that the mean expression level of each array was equal to an arbitrary target intensity of 500.
Because each array now only contains variants (rather than every allele), we can simply drop arrays with a length of one, as the length of each array is equal to the number of individuals who have a variant at that allele.
