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Star trek runabout specs. Your fLorenz doesn't return anything, i.e., due to the well documented Python conventions, it returns None.Your error message tells youunsupported operand type(s) for.: 'float' and 'NoneType'and that the error happens in the statement xi2 = yn + (h/2.).f1In the previous line you assigned to f1 what is returned by an invocation of fLorenz, i.e., None.If you change the function fLorenz so that it returns a numerical value, either scalar or array, maybe you can proceed with your calculation.
The default identifier is y1. To change the identifier, click the box to the left of the entry line. You may reference the identifier in the entry line.Enter an initial condition, (0,0), as an ordered pair.Press the Add Initial Conditions button to enter up to three additional initial conditions for each differential equation.Press the Edit Parameters button (.) if you would like to customize the differential equation any further.Press ENTER to graph the differential equation or press the down arrow to display the next differential equation edit field.Field: None— No field is plotted. Slope— Plots a slope field representing the solutions.
Runge Kutta Verfahren Ti-83 Plus Vs
Direction— Graphs a slope field representing the relationship between the values of two differential equations.Axes: Default( x and y)— Plots the x on the x-axis and the y on the y-axis. Custom— This setting lets you select the values to be plotted on each axis. The available entries are:.x (the independent variable).y1 and y2 (or any other identifiers defined in the editor).y1’ and y2’ (or any other derivatives defined in the editor).Plot Start: This field determines the independent variable value where the solution plot starts.Plot End: This field determines the independent variable value where the solution plot stops.Plot Step: This field determines the increment of the independent variable where the values are plotted.Field Resolution: This field determines the number of columns used to draw the slope field. You can only change this field if Field=Direction or Slope.Direction Field at x=: This field sets the values of the independent variable at which a direction field is drawn when plotting autonomous equations (those that refer to x). You can only change this parameter if Field=Direction.