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Solving the above equation with respect to y yields two roots which are given by (4.13).
By the first inequality of (2.5), there exist two roots which are less than and one which is greater than.
Since equation (3.9) is a quadratic equation with real coefficients, it has two roots, which may be real and different, real but repeated, or complex conjugates.
It is supported by two roots, which are close together.
Similar(56)
From these principles stem eight "roots," which are beliefs that instill clear and detailed content into the general concept of the principle.
Accordingly, the neuronal innervation of the branchial crown and the operculum, respectively, arises from two different roots which emerge from two distinct regions of the cerebral ganglion in post-metamorphic Spirorbis specimens.
The resulting polynomials were cubic, and depending on the parameter values, there could be one or three real roots, which could be stable or unstable.
(a_{0}<0) implies that the quadratic function equation has two real roots, which are positive and negative, respectively.
The roots are broken off, but remaining pulp cavities suggest the presence of four main roots, which are partially joined into two pairs.
"Confidence" is made up of two roots: "con," which means "with," and "fidence," which means "faith," "loyalty," and "belief in". When you're self-confident you believe in yourself.
Equation (49) has four distinct roots which may, in general, be complex.
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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