® A m u ltip lic atio n w ith " x " im m e d iate ly before " ( " o m itte d becom es highe r in p rio rity
level than y x , ^Jy , x and * *r.
Its c a lcu la tio n is perfo rm ed firs t, d iffe rin g fro m th e ca lc u lation o f a m u ltip lic a tio n w ith
" x " included .
Ex. [2 [ 3 5 Q ] 2 [+ ] 3 [ 0 [= ]
5 x (2 + 3) 25
= 0.08
,2 [T l 5 [X] CO 2 [+] 3 CD d ] -» -|-x < 2 + 3) = -|-x 6 = 2
[2 E 3 CO 2 [+ ] 3 Q] m 2 [= ]
(3 x (2 + 3))2 1 52
' 0.00888
2 IT ] 3 [X] CO 2 [T ] 3 CD S3 2 [= ] | - x <2 + 3)2 = -|-x 52 = 16.666
[2 0 5 □ ] 2 [+ ] 3 [T ] [= ] -*■ a 5”12*31 = 225 = 33554432
2 [ 0 5 fx l m 2 f f l 3 m f^1 -» 2s x (2 + 3) = 2s x 5 = 160
/W \A
4. Memory Calculations
The independently accessible memory is indicated by the three keys: 0 , @0 , (w+] .
Before starting a calculation clear the memory by pressing |<>ce] and [**«l
Key in: 12 CD 5 [= ] I0EI Answer: 17
------
-*To subtract key in: 2 f+1 5 f=1 IH |M+]
Answer to this equation: —7
Key in @0 to recall memory: 10
Kevin: 12 [X ] 2 [= ] S
Answer: 24 (Replaces previous amount stored in memory with 24 )
Keyin: 8 [T ] 2 [= ] §+]
Answer: 4 @0 : 28
Note: • Memory calculations are impossible in the Statistical calculation mode.
® When subtracting a number from the memory, press the and |m+|
keys.
• For storage memory, see "MULTIPLE STORAGE MEMORIES".
End of Supplementary 1
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