Quick Reference Guide
Page 4
... 2 , enter the following from the Run home screen: iewj3+4qkl 8. enter the following : iejn3+2qk+15ql Casio "The Basics fx-9750GII" 4 For example: hyperbolic, probability/distribution, numeric (including differential and integration), conversion, engineering, complex number and binary, octal, decimal and hexadecimal calculations. 5. enter the following from the Run home screen: ...
... 2 , enter the following from the Run home screen: iewj3+4qkl 8. enter the following : iejn3+2qk+15ql Casio "The Basics fx-9750GII" 4 For example: hyperbolic, probability/distribution, numeric (including differential and integration), conversion, engineering, complex number and binary, octal, decimal and hexadecimal calculations. 5. enter the following from the Run home screen: ...
Quick Reference Guide
Page 5
This section is an overview of this graph (roots, maximum and minimums, y-intercepts, intersections, determine coordinates, and integrals) select y(G-Solve). 2. You may begin inputting information. 1. To draw your function, select u. q(Root): Note: The ...2x2 5x 3 from the Icon Menu system, input the following: 32fs-5f-3l To analyze features of given information. Casio "The Basics fx-9750GII" 5 The initial screen allows immediate input of graph (r = polar coordinate, parametric functions, x =, and x- and y-inequalities) by select the ...
This section is an overview of this graph (roots, maximum and minimums, y-intercepts, intersections, determine coordinates, and integrals) select y(G-Solve). 2. You may begin inputting information. 1. To draw your function, select u. q(Root): Note: The ...2x2 5x 3 from the Icon Menu system, input the following: 32fs-5f-3l To analyze features of given information. Casio "The Basics fx-9750GII" 5 The initial screen allows immediate input of graph (r = polar coordinate, parametric functions, x =, and x- and y-inequalities) by select the ...
Quick Reference Guide
Page 6
... manually by selecting ein the graph window. e(integral): Determine the integral value at (0,3) for the function Y1 2x2 5x 3 . q(y-calculation): What is the value of your vertex is 1? 7. r(y-intercept): 5. w(x-calculation): What is the value (s) of x when y is in the viewable domain; Casio "The Basics fx-9750GII" 6 you can also change the viewing...
... manually by selecting ein the graph window. e(integral): Determine the integral value at (0,3) for the function Y1 2x2 5x 3 . q(y-calculation): What is the value of your vertex is 1? 7. r(y-intercept): 5. w(x-calculation): What is the value (s) of x when y is in the viewable domain; Casio "The Basics fx-9750GII" 6 you can also change the viewing...