Casio fx-570EX User Manual page 33

List Screen
You can input up to 45 data samples for each variable. Calculation results
are also displayed on the List Screen.
(1) Distribution calculation type
(2) Value at current cursor position
(3) Data (x)
(4) Calculation results (P)
To edit data: Move the cursor to the cell that contains the data you want to
edit, input the new data, and then press .
To delete data: Move the cursor to the data you want to delete and then
press .
To insert data: Move the cursor to the position where you want to insert the
data, press (Editor)(Insert Row), and then input the data.
To delete all data: Press (Editor)(Delete All).
Distribution Mode Calculation Examples
To calculate the normal probability density when x = 36, σ = 2, μ = 35
1. Perform the key operation below to select Normal PD.
(Select Type)(Normal PD)
• This displays the variable input
screen.
2. Input values for x, σ, and μ. 36235
3. Press .
• This displays the calculation results.
• Pressing  again or pressing  returns to the variable input
screen in step 1 of this procedure.
Note: You can assign the currently displayed solution to a variable. While
the solution is displayed, press  and then the key that corresponds to
the name of the variable to which you want to assign it.
To calculate binomial probability for the data {10, 11, 12, 13} when N = 15
and p = 0.6
1. Perform the key operation below to select Binomial PD.
(Select Type)(Binomial PD)
2. Because you want to input four data (x) values, press (List) here.
• This displays the List Screen.
3. Input a value for x. 10111213
4. After inputting all of the values, press .
• This displays the variable input screen.
5. Input values for N and p. 150.6
6. Press .
• This returns to the List Screen, with
the calculation result for each x value
shown in the P column.
Pressing  returns to the variable input screen in step 4 of this procedure.
Note
• Changing any x value in step 6 of the above procedure will clear all
calculation results and return to step 2. In this case, all of the other x
values (except for the one you changed), and the values assigned to
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0.1760326634
(p=)