NAME cos, cosf, cosl - cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double cos ... section, see attributes (7). Interface Attribute Value cos (), cosf ()…NAME cos, cosf, cosl - cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double cos ... section, see attributes (7). Interface Attribute Value cos (), cosf ()…NAME cos, cosf, cosl - cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double cos ... section, see attributes (7). Interface Attribute Value cos (), cosf ()…NAME sincos, sincosf, sincosl - calculate sin and cos simultaneously LIBRARY Math library ( libm , -lm ) SYNOPSIS ... void sincos(double x , double * sin , double * cos ); void sin…NAME sincos, sincosf, sincosl - calculate sin and cos simultaneously LIBRARY Math library ( libm , -lm ) SYNOPSIS ... void sincos(double x , double * sin , double * cos ); void sin…NAME sincos, sincosf, sincosl - calculate sin and cos simultaneously LIBRARY Math library ( libm , -lm ) SYNOPSIS ... void sincos(double x , double * sin , double * cos ); void sin…resembling its spoken expression; for example, consider cos , hat , inf , and lim . Spacing and typeface ... approx , arc , cos , cosh , del , det , dot , dotdot , dyad , exp , for…resembling its spoken expression; for example, consider cos , hat , inf , and lim . Spacing and typeface ... approx , arc , cos , cosh , del , det , dot , dotdot , dyad , exp , for…success or -1 on failure. cos Compute the cosine of a value in radians . Usage ... cos( value ) Parameters: sp[0] is the value . Returns the resultlibrary, looks up the address of the cos (3) function, and prints the cosine ... existing error */ cosine = (double (*)(double)) dlsym(handle, "cos"); /* According to the ISO C sta…library, looks up the address of the cos (3) function, and prints the cosine ... existing error */ cosine = (double (*)(double)) dlsym(handle, "cos"); /* According to the ISO C sta…library, looks up the address of the cos (3) function, and prints the cosine ... existing error */ cosine = (double (*)(double)) dlsym(handle, "cos"); /* According to the ISO C sta…significantly extended. x ^ y (exponentiation) sin( x ) cos( x ) atan2( y , x ) log( x ) (base