Below is a list of available math functions you can use in PhySyCalc.
| Function | Description | |
|---|---|---|
| acos | inverse cosine of x | |
| acosh | inverse hyperbolic cosine of x | |
| asin | inverse sine of x | |
| atan | inverse tangent of x | |
| atanh(x) | inverse hyperbolic tangent of x | |
| cos(x) | cosine of x | |
| cosh(x) | hyperbolic cosine of x | |
| sin(x) | sine of x | |
| sinh(x) | hyperbolic sine of x | |
| tan(x) | tangent of x | |
| tanh(x) | hyperbolic tangent of x | |
| exp(x) | exponential of x | |
| ln(x) | natural logarithm of x | |
| log(x) | base 10 logarithm of x | |
| conj(x) | complex conjugate of x | |
| creal(x) | real part of x | |
| cimag(x) | imaginary part of x | |
| carg(x) | argument part of x | |
| sqrt(x) | square root of x | |
| cbrt(x) | cubed root of x | |
| qtrt(x) | quartic root of x | |
| reduce(x) | reduce units | |
| aw[element symbol] | atomic weight of element | |
| fw[chemical formula] | formula weight of chemical formula | |
| abundance[isotope symbol] | isotopic weight of isotope | |
| γ_I[isotope symbol] | gyromagnetic ratio of isotope | |
| μ_I[isotope symbol] | nuclear magnetic dipole moment of isotope | |
| Q_I[isotope symbol] | nuclear electric quadrupole moment of isotope | |
| nmr[isotope symbol] | reduced gyromagnetic ratio of isotope | |
| spin[isotope symbol] | spin of isotope |