![Subscripts and Coefficients in Chemical Formulas Subscripts and Coefficients in Chemical Formulas](http://web.arc.losrios.edu/~borougt/SubScriptsAndCoefficients.jpg)
Subscripts and Coefficients in Chemical Formulas
![of the K coefficients of constitutive equation 3, assuming K subscript of the K coefficients of constitutive equation 3, assuming K subscript](http://www.fhwa.dot.gov/publications/research/infrastructure/pavements/ltpp/reports/02051/F03.jpg)
of the K coefficients of constitutive equation 3, assuming K subscript
![and transit-time damping (subscript $_{\rm T}$ ) convection coefficients. and transit-time damping (subscript $_{\rm T}$ ) convection coefficients.](http://www.aanda.org/articles/aa/full/2006/41/aa5809-06/img107.gif)
and transit-time damping (subscript $_{\rm T}$ ) convection coefficients.
![The coefficients are given with zero based subscripts. The coefficients are given with zero based subscripts.](http://www.cs.umbc.edu/~squire/images/dfilterfr1.jpg)
The coefficients are given with zero based subscripts.
![I've selected subscript notation for the coefficients in the quadratic to I've selected subscript notation for the coefficients in the quadratic to](http://www.personal.psu.edu/jhm/f90/lectures/lsq2.htg/fall.gif)
I've selected subscript notation for the coefficients in the quadratic to
![In which the coefficients of the equations of motion are described as In which the coefficients of the equations of motion are described as](http://ieeexplore.ieee.org/iel5/48/22313/1040955/1126080.gif)
In which the coefficients of the equations of motion are described as
![subscripts i, j = d for dark matter and b for baryons. The coefficients subscripts i, j = d for dark matter and b for baryons. The coefficients](http://ej.iop.org/images/1538-4357/616/2/L75/Full/df4.gif)
subscripts i, j = d for dark matter and b for baryons. The coefficients
![where the left subscript n indicates the coefficient of the O(c-n) term in where the left subscript n indicates the coefficient of the O(c-n) term in](http://ej.iop.org/images/0004-637X/525/2/935/Full/df9.gif)
where the left subscript n indicates the coefficient of the O(c-n) term in
![(10) where subscript r is used to represent rearranged matrices, (10) where subscript r is used to represent rearranged matrices,](http://journals.ametsoc.org/na101/home/literatum/publisher/ams/journals/content/atot/2000/15200426-17.3/1520-0426(2000)017%253C0323%253Acfasme%253E2.0.co%253B2/production/images/medium/i1520-0426-17-3-323-e11.gif)
(10) where subscript r is used to represent rearranged matrices,
![and subscripts u and b denote uprush and backwash respectively. and subscripts u and b denote uprush and backwash respectively.](http://www7440.nrlssc.navy.mil/littoral%2520dynamics/images/foreshore/friction6.jpg)
and subscripts u and b denote uprush and backwash respectively.
![Comparing the coefficients of all powers of x (all terms with x^2 must be Comparing the coefficients of all powers of x (all terms with x^2 must be](http://i3.photobucket.com/albums/y67/tanyeewei/mathematics/algebraic3.jpg)
Comparing the coefficients of all powers of x (all terms with x^2 must be
![Coefficient of retroreflection (R subscript A) of test. Figure 13. Coefficient of retroreflection (R subscript A) of test. Figure 13.](http://www.fhwa.dot.gov/publications/research/safety/08029/images/fig13.gif)
Coefficient of retroreflection (R subscript A) of test. Figure 13.
![where the subscript n denotes the neutral (ζ = 0) value; the ψ's are the where the subscript n denotes the neutral (ζ = 0) value; the ψ's are the](http://journals.ametsoc.org/na101/home/literatum/publisher/ams/journals/content/apme1/1997/15200450-36.4/1520-0450(1997)036%253C0406%253Adotmos%253E2.0.co%253B2/production/images/medium/i1520-0450-36-4-406-e6a.gif)
where the subscript n denotes the neutral (ζ = 0) value; the ψ's are the
![Chemical equations; Coefficient - represents number of molecules; Subscript Chemical equations; Coefficient - represents number of molecules; Subscript](http://www.science-class.net/Notes/Images_8th_Notes/equations.png)
Chemical equations; Coefficient - represents number of molecules; Subscript
![ERA-40 model level pressure difference, pave - p3.17, where the subscript ERA-40 model level pressure difference, pave - p3.17, where the subscript](http://dss.ucar.edu/datasets/common/ecmwf/ERA40/docs/eta-ab/dss.pave-p317.Ps1000hPa.jpg)
ERA-40 model level pressure difference, pave - p3.17, where the subscript
![Include subscripts, superscripts, and characters from the Symbol font Include subscripts, superscripts, and characters from the Symbol font](http://www.dplot.com/examples/subscripts_h600.gif)
Include subscripts, superscripts, and characters from the Symbol font
![panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1], panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1],](http://www.unc.edu/courses/2008fall/ecol/563/001/images/lectures/lecture28/fig2.png)
panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1],
![In the part on linear perturbation analysis, the subscript 0 denotes In the part on linear perturbation analysis, the subscript 0 denotes](http://ej.iop.org/images/0004-637X/691/2/1587/Full/apj295351ufd1.gif)
In the part on linear perturbation analysis, the subscript 0 denotes
![The subscript is ALWAYS written AFTER the symbol of the atom to which it The subscript is ALWAYS written AFTER the symbol of the atom to which it](http://balancingequations.info/Images/subscript-examples-1.jpg)
The subscript is ALWAYS written AFTER the symbol of the atom to which it
![panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1], panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1],](http://www.unc.edu/courses/2008fall/ecol/563/001/images/lectures/lecture28/fig3.png)
panel.curve(SSgompertz(x,kestrel5$a0.fixed[subscripts][1],