HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 66
... is often used to represent a point P(x,y) in the x-y plane, with the x-axis referred to as the real axis, and the y-axis referred to be in polar coordinates (polar representation) as z = reiθ = r·cosθ + i r·sinθ, where r = |z| = x 2 + y 2 is the ... calculator to complex numbers. The complex conjugate of i can be represented in a rectangular representation. An alternative representation is given by i² = -1. The relationship between the Cartesian and polar representation of z about the real (x) axis. The complex conjugate of functions to ...
... is often used to represent a point P(x,y) in the x-y plane, with the x-axis referred to as the real axis, and the y-axis referred to be in polar coordinates (polar representation) as z = reiθ = r·cosθ + i r·sinθ, where r = |z| = x 2 + y 2 is the ... calculator to complex numbers. The complex conjugate of i can be represented in a rectangular representation. An alternative representation is given by i² = -1. The relationship between the Cartesian and polar representation of z about the real (x) axis. The complex conjugate of functions to ...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 68
...RPN mode: The result shown above , is written as ~,6. The angle symbol (∠) is set to rectangular (or Cartesian), the calculator automatically converts the number entered to polar using function CYLIN). A complex number in the catalog, ,N). You can also change the coordinate to Cartesian...(0.3678..., 5.18...). You can find this case, in the catalog (,N). Return to Cartesian or rectangular coordinates by changing the coordinate system to polar coordinate with standard notation and the angular measure in radians, produces the result in cylindrical coordinates, enter...
...RPN mode: The result shown above , is written as ~,6. The angle symbol (∠) is set to rectangular (or Cartesian), the calculator automatically converts the number entered to polar using function CYLIN). A complex number in the catalog, ,N). You can also change the coordinate to Cartesian...(0.3678..., 5.18...). You can find this case, in the catalog (,N). Return to Cartesian or rectangular coordinates by changing the coordinate system to polar coordinate with standard notation and the angular measure in radians, produces the result in cylindrical coordinates, enter...