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Exact(27)
The first thing I say is this: particles of mass have an energy and momentum that depend on their velocity and rest mass as given by the first equation.
The acidity of the solution represented by the first equation is due to the presence of the hydronium ion (H3O+), and the basicity of the second comes from the hydroxide ion (OH−).
then, by the first equation of (2.2) we have (2.6).
By the first equation of (4.1), we represent the solution.
Then, by the first equation of (3.14), we have (s_{infty}>1).
By Lemma 2.4 and by the first equation of system (1.4), we have (2.13).
Similar(33)
This follows directly by multiplying the first equation in (1) by (w_{t}) (the second by (( 3s-psi ) _{t}) and the third by (s_{t})) and integrating over ((0,1)).
By using the first equation in (2.1), assuming that H ∗ ≠ 0, we have e − c P ∗ = ( 1 + H ∗ ) b R. (2.3).
By virtue of the first equation of (1.3), we can get (3.8).
Then, by substituting into the first equation of (2.51) we come to (2.56).
By summation of the first equation of system (S) and passing n → ∞, we get a contradiction.
More suggestions(16)
by the first factor
by the first rater
by the logistic equation
by the first method
by the second equation
by the first examiner
by the first half
by the first reviewer
by the first time
by the first letter
by the first division
by the first study
by the first column
by the first gene
by the first reader
by the first model
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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