NAME carg, cargf, cargl - calculate the complex argument LIBRARY Math library ( libm , -lm ) SYNOPSIS #include ... double carg(double complex z ); float cargf(float complex z ); lo…NAME carg, cargf, cargl - calculate the complex argument LIBRARY Math library ( libm , -lm ) SYNOPSIS #include ... double carg(double complex z ); float cargf(float complex z ); lo…NAME carg, cargf, cargl - calculate the complex argument LIBRARY Math library ( libm , -lm ) SYNOPSIS #include ... double carg(double complex z ); float cargf(float complex z ); lo…clog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero willclog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero willclog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero willequally: log10(cabs(c)) + I * carg(c) / log(10) The other functions perform the sameequally: log10(cabs(c)) + I * carg(c) / log(10) The other functions perform the sameequally: log10(cabs(c)) + I * carg(c) / log(10) The other functions perform the same