MANUAL REGULATIONS MEMO IN o [Com | iR 30 [ABSENT “go0 37 page — [eng] [woebegone] ENG T [mx] [Ee i OPEC [Rad [GHA] MEMO IN Memo input oeT Octal COMP Compute FIX Number of decimal places LR Regression analysis 861 Number of significant digits s ‘Standard deviation WORM | Normal e Engineering DEG greens DEC Decimal RAD Radians HEX Hexadecimal GRA Grads BIN Binary You gan sangs the come of the calculator by pressing the B key allowed by @ dumber For your convenience, we have included & feeble of mads and the
p——— W Memo In Mode HEED — MEMO IN mode Uea this mods 1o input or edit memos. The symbol! G is shown on the display while the calculator is in this mode, Repeat this operation o pave the MEME IN mode. Sea peg 69 for detail on the MEMO IN mode. *When you store date using the MOO IN mode, (he current calculation mode is also stored along with the data. 3. Reading the Display W Symbols and Indicators \hen you look at tha display of the calculator, you can ses various symbols and indicators.
Shift key Changes the function of 2 key to the function marked In orange above the key. Hon you ‘press fE5) the [ symbol appears on th display. Crossing [ again while G Is displayed Cancels the SR and causes [5) to disappear ram tho display, Mode key Press this key followed by B, [7), or [3] through 4] to et the mode of the calculator. See pagan 3 for derails on the modes available. 2 Alpha key . . Chang's the function of & key 10 input the letter or symbol marked in red above the key.
& About Input and Display Limitations The maximum size of a value that you cen enter is 10 digits for the mantissa and 2 digits for the exponent. Internally, accusations are performed using a 12-digit mantissa and 2.digit exponent. Once you completes & calculation, the result is internally rounded off o 10 digits and displayed. If you continue the calculation, the displayed (10-gig) values is used by the calculator for subsequent operations.
*You can exit tha insert made by pressing (32, B, W About Memories Your calculator comes equipped with ons Independent memory and a total af 6 con~ stat memories. «independent Memory ) The independent memory comes in handy whee you wan 10 perform a series of additions ang substantiation and thin look at the result Store the value 123 in the transponder memory. 123ER @ 123, Re gall the contents of the independent memory, = “' 123, Add 25 1o and subtract 12 from the interdependent memory.
I W Performing Hyperbolic and inverse Hyperbolic Functions «The operations noted below are rat possible in the BASE-N midair. Example Operation Display sing 3.6= 18.26545536 WEE3.60] | 18.28545536 cosh GEEING@ | 1.856761057 tank 2.5= 09866142062 D@56 | 0.9866142082 cosh 1.5 =0.2251301602 w1 SEE L5 | 02231301602 et Motioning) [DEE -1 (Prague of cosh £ sirrah €57 sing 1304094620224 sh' {20\ = 5. cosh (15) 0.7953854612] To calculate x wham ah Ax. 063 % =0.3939419141 =1.360888923 22N et (A shiny (3>nanh \5) 723
o B Permutation Combination (nCr)
u Inserting Records You can aloe insert & now recons between two records that have already been stored in ternary. (D Enter the MEMO IN mode. the Record Number that immediately precedes the position where you wish the new record 1 be located {.9. 10 in cart at Record Lumbar 3, first display Record Number 2). . (D Enter the record to be Inserted. @Press the 3 key. To insert the formula between Record Numbers 1 #nd 2.
’r H Input Ranges of Functions Function Input tangs Function Input tangs o Jal, b, a1 10'® asb, o sin {DEG) ] <9x 107" =
