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Exact(14)
All denominators were obtained from the Office for National Statistics.
All denominators were the number of inhabitants within the stratum in question at the beginning of the year.
Then there exists from such that (3.16). is valid, provided that all denominators are not zero.
Then there exists (q in R) such that (qlambdain W_{n}(R)) (for example a product of all denominators).
Then there exists in the image of such that (3.32). is valid, provided that all denominators are nonzero.
Let Gsys(D) be a systematic recursive encoding matrix for a rate R = k/n convolutional code and let q(D) be the least common multiple of all denominators of the entries in Gsys(D).
Similar(45)
You can multiply all of the numerators, then multiply all the denominators, and then divide the numerator product by the denominator product.
Note that all the denominators in (2.2) are assumed to be nonzero.
All the denominators on the right-hand side are factorized as l + 1 terms.
Find the least common multiple of all the denominators.
All denominator data were from the last available census in 2011 [ 19].
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com