06 February 2020 10:02:00 AM complex_numbers_test C++ version Demonstrate complex number usage. TEST01 Declare a COMPLEX variable. Assign value with an = statement. Scalar A: (1,2) Vector B: (1,2) (3,4) (5,6) Array C: (1,0.1) (1,0.2) (2,0.1) (2,0.2) TEST02 Declare a COMPLEX variable. Initialize as part of the declaration. Scalar A: (1,2) Vector B: (1,2) (3,4) (5,6) Array C: (1,0.1) (1,0.2) (2,0.1) (2,0.2) TEST03 Apply operations and intrinsic functions to COMPLEX variable. a = (1,2) - a = (-1,-2) a + complex (0,5) = (1,7) pow ( a, 2 ) = (-3,4) pow ( a, a ) = (-0.222517,0.100709) abs ( a ) = 2.23607 arg ( a ) = 1.10715 conj ( a ) = (1,-2) cos ( a ) = (2.03272,-3.0519) cosh ( a ) = (-0.642148,1.06861) exp ( a ) = (-1.1312,2.47173) imag ( a ) = 2 log ( a ) = (0.804719,1.10715) log10 ( a ) = (0.349485,0.480829) norm ( a ) = 5 polar (10.0,pi/4) = (7.07107,7.07107) real ( a ) = 1 sin ( a ) = (3.16578,1.9596) sinh ( a ) = (-0.489056,1.40312) sqrt ( a ) = (1.27202,0.786151) tan ( a ) = (0.0338128,1.01479) tanh ( a ) = (1.16674,-0.243458) TEST04 Declare a COMPLEX variable. Assign value with an = statement. Scalar A: (1,2) Vector B: (1,2) (3,4) (5,6) Array C: (1,0.1) (1,0.2) (2,0.1) (2,0.2) TEST05 Declare a COMPLEX variable. Initialize as part of the declaration. Scalar A: (1,2) Vector B: (1,2) (3,4) (5,6) Array C: (1,0.1) (1,0.2) (2,0.1) (2,0.2) TEST06 Apply operations and intrinsic functions to COMPLEX variable. a = (1,2) - a = (-1,-2) a + complex (0,5) = (1,7) pow ( a, 2 ) = (-3,4) pow ( a, a ) = (-0.222517,0.100709) abs ( a ) = 2.23607 arg ( a ) = 1.10715 conj ( a ) = (1,-2) cos ( a ) = (2.03272,-3.0519) cosh ( a ) = (-0.642148,1.06861) exp ( a ) = (-1.1312,2.47173) imag ( a ) = 2 log ( a ) = (0.804719,1.10715) log10 ( a ) = (0.349485,0.480829) norm ( a ) = 5 polar (10.0,pi/4) = (7.07107,7.07107) real ( a ) = 1 sin ( a ) = (3.16578,1.9596) sinh ( a ) = (-0.489056,1.40312) sqrt ( a ) = (1.27202,0.786151) tan ( a ) = (0.0338128,1.01479) tanh ( a ) = (1.16674,-0.243458) complex_numbers_test Normal end of execution. 06 February 2020 10:02:00 AM