12-31-2018, 10:33 AM
This well know program shown that 1/n! can be used to verify the series
e = 1/0! + 1/1! +1/2! + ... + 1/n! to approximates the value of e .
Each iteration compare this to the 12C Platinum's value of e .
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Procedure:
[R/S] display each iterations from this formula Pause and display calculator's e
When both are equal then display the total iterations.
[X<>Y] to view the value of e
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12C Platinum took 14 iteration which mean that the internal precision is more than the Original 12C where 12C took 11 iterations.
Program: ALG Mode
Gamo
e = 1/0! + 1/1! +1/2! + ... + 1/n! to approximates the value of e .
Each iteration compare this to the 12C Platinum's value of e .
-----------------------------------------
Procedure:
[R/S] display each iterations from this formula Pause and display calculator's e
When both are equal then display the total iterations.
[X<>Y] to view the value of e
-----------------------------------------
12C Platinum took 14 iteration which mean that the internal precision is more than the Original 12C where 12C took 11 iterations.
Program: ALG Mode
Code:
0
STO 1
STO 0
RCL 0 n! 1/x + RCL 1 =
FIX 9
STO 1
PSE
1 e^x
PSE
X≤Y
GTO 021
1 STO+ 0
GTO 004
RCL 1
RCL 0
Gamo