Sentence examples for subscripts from inspiring English sources

For convenience, the coordinates are usually numbered from 1 to n, and each component of a tensor is denoted by a letter having superscripts and subscripts, each of which independently takes on the values 1 to n.

The formula of a compound such as CH4 indicates the types of atoms present, with subscripts representing the relative numbers of atoms (although the numeral 1 is never written).

Here λ = Ω + ω + l is the mean longitude, the subscripts A and J refer to the asteroid and Jupiter, respectively, and ϖ = Ω + ω is the longitude of perihelion (see Figure 2).

In the structural formulas, the atoms of the elements are represented by their chemical symbols (C for carbon, H for hydrogen, and O for oxygen), and the numbers of the atoms in particular groups are designated by numeral subscripts.

The differential quantity dU can always be expanded in terms of its partial derivatives according to           (29) where the subscripts denote the quantity being held constant when calculating derivatives.

When subscripts are attached to a mass, they indicate the particular particle of which it is the rest mass.

For that reason it has not been thought necessary to add a subscript or superscript to m to emphasize that it is the rest mass rather than a velocity-dependent quantity.

At equilibrium, r1 = r2, therefore: The subscript e represents conditions at equilibrium.

The subscript n gives a count of the number of internal zero-motion (nodal) surfaces, and l indicates the number of surface nodal lines.

The vowel sounds on those three subscript kana can be lengthened by adding as a second subscript the corresponding vowel symbol (e.g., shi and yu plus u produce shū).

Henceforth the simpler subscript notation will be used.