Casio Fx-82tl User manual

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fx-82TL

fx-83

WA

fx-85W.

fx-8S

WA

-

fx-270W.

LUS”

fr-91

I

Ww

User’s

Guide

SOSGSCSAPSSSOSSSAHHSKDOSGTECEOHHS

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RE

U.S.

Pat,

4,410,956

|

[

E

:

SA9911-A

Printed

in

China

HA310973-1

©

To

Remove

the

cover

Grasp

the

top

of

the

cover,

and

slide

the

unit

out

from

the

bottom.

®

To

Replace

the

cover

Grasp

the

top

of

the

cover,

and

slide

the

unit

in

from

the

bottom.

Always

slide

the

unit into

the

cover

with

the

unit’s

display

end

first.

Never

slide

the

keyboard

end

of

the

unit into

the

cover.

[IS

Hor

6

CORE

autions.

'

Be

sure

to

read

the

following

safety

precautions

helord

using

this

calculator.

Keep

this

manual

handy

for

later

ref-

erence,

——

Caution

:

i

This

symbol

is

used

to

indicate

information

that

can

J.

0

result

in

personal

injury

or

material

damage

if

ignored.

Batieries

®

After

removing

the

batteries

from

the

calculator,

put

them

in

a

safe

place

where

there

is

no

danger

of

them

geiting

into

the

hands

of

smail

children

and

accidently

swallowed,

*

Keep

batteries

out

of

the

reach

of

smail

children.

If

accidently

swallowed,

consult

with

a

physician

im-

mediately.

*

Never

charge

batteries,

try

to

take

batteries

apart,

or

allow

batteries

to

become

shorted.

Never

expose

bat-

feries

to

direct

heat

or

dispose

of

them

by

incinera-

tion.

»

Misuse

of

batteries

can

cause

them

to

leak

acid

that

can

cause

damage

to

nearby

items

and

creates

the

possibility

of

tire

and

personal

injury.

»*

Always

make

sure

that

a

battery’s

positive

®

and

negative

©

sides

are

facing

correctly

when

you

load

it

into

the

calculator.

*

Remove

the

batteries

if

you

do

not

plan

to

use

the

calculator

for

a

long

time.

*

Use

only the

type

of

batteries

specified

for

this

cal-

culator

in

this

manual.

Disposing

of

the

Calculator

©

Never

dispose

of

the

calculator

by

burning

it.

Doing

80

Can

Cause

certain

components

to

suddenly

burst,

creating

the

danger

of

fire

and

personal

injury.

®

The

displays

and

illustrations

(such

as

key

markings)

shown

in

this

User's

Guide

are

for

illustrative

pur-

poses

only,

and

may

differ

somewhat

from

the

actual

items

they

represent.

.

a

Ment

wae

®

The

contents

of

this

inafuial

6

subject

to

change

:

_

without

notice,”

:®

Inrio

event

shall

CASIO

yom

to

anyone

for

special

“sequential

daniages.in

connection

with

or

arising

out

-

of

the

purchase

or

use

of

these

materials.

Moréover,

.

CASIO

Computer

Co:;

Lid'shall:not

be

liable

for

any

_-¢laim

of

any

kind

whatsoever

against

the use

of

these

“materials

by

any.

other.

party...

:

i.

ailatéral;

incidental,

of

on-

|

2

Bs

®

Be

sure

to

press

the

P

button

on'the

back

of

the

cal-

culator

before

using

it

for.the

first

time:

fOese

TE:

.

B3WA/Tx-270W

PLUS/fx-350TL).

q :

e

Be

sure

to

press

the

(00)

key

before

using

‘the

calgu-

_

lator

for

the

first

time

Pew

ee

nA

°

Even

if

the

calculator

i

is

operating

normally,

replace

the

battery

at

least

once

every

three

years

for

the

fx-BSWA/fx-85W/fx-B5

WA

/fx-270W

PLUS/fx-300W/fx-

350TL/fx-911W,

or

at

least

once

every.

two

years

for

the

{-82TL.

Dead

battery

can

leak,

causirig

damage

to

and

maifunc-

tion

of

the

caiculator.

Never

leave

ie

dead

battery

i

in

‘the

calculator.

The

battery”

that

comes

with

this:

unit

‘discharges

slightly

during

shipment.and-storage.

Because

of

this,

it

may

require

replacement:

sooner

hen

ane

nor-

‘mal

expected

baitery

life.

ve".

2

‘Low

battery

power

can

cause

memory

contents

fo

,

become

corrupted

or

Josi

completely...

Always.

keep

:

written

records

of

all

important

data...

>,

Avoid

use

and

storage

in

areas

ning

to

‘eripart

'

ture

extremes,

.

Very

low

temperatures

can

cause

8

low

ispley

response,

total

failure

of

the

display,

and

shortening

of

battery

life.

Also

avoid

teaving

the

calculator

in

direct

sunlight,

near

a

window,

near

a

heater

of

anywhere

else

it

might

be-

come

exposed

to

very

high

temperatures,

Heat

can

cause

discoloration

or

deformation

e

the

calculators

case,

‘and

damage

to

internal-circuitry.

«

:

‘Avoid

use

and

storage:in

‘areas:

5

subjected

”

large

“amounts

of

humidity.and

dust.

-

:

Take

care

never

to

leave

the

caloulsiée

where

it

might

be

splashed

by

water

or

exposed

to

large

amounts

of

hu-

midity

or

dust.

Such

elements

can

damagé

internal

cir-

cuitry.

Never

drop

the

calculator

or

otherwise

subject

it

to

strong

impact.

©

:

Never

twist

or

bend

the

calculator:

Avoid

carrying

the

calculator

i

in

the

pocket

of

your

trou:

~

sers

or

other

tight-filting

clothing

where

it

might

be

sub-

jected

to

twisting

or

bending.

Never

try

to

take

‘the-calculator

apart.

a

Never

press

the

keys

of

the

calculator

with

2

a

ball

-point

pen

or

other

pointed

abject...

Use

a

soft,

dry

cloth

to‘clean

the

extérior.

of

the

unit.

"

If

the

calculator

becomes

very

dirty,

wipe

it

off

with

a

--

cloth

moistened

in

a

‘weak:

solution

of

water

and

a

mild

:

netitral

household

detergent.

Wrihg

out

all

excess

modis-

-

‘ture

before

wiping

the

calculator.Never

usé

thinner,

ben-

“zine

or

other.

volatile

agents

to

clean

the

calculator,

Do-

»

ing

so

can

remove

printed

markings

and

damage.

the

.

case.

Lobe

:

€

2

You

can

simultaneously

eheck

ane

calculation

formula

and

its

answer.

:

The

first

line

displays

the:calculation

foams

~The

second

line

displays

the

answer.

i

ieee

Application:

a

:

Calculation

Modes}

‘Normal

calculations

«2

Standard

deviation

........

calculations

:

tah

Regression

calculations

(|

“REG

|

REG

™

82

|.

8D

-Base-n

calculations

~_-

|

BASE-N|'b

(binary)

(fx-85W

only)

1

(octal)

:

dl

(decimal)

Angle

Unit

Modes

©:

Degrees

_.

Radians

Grads

=>

.

|

Dispiay

Modes

ev

thts,

-

Exponential

notation:

(Canceling

FIX

and

SCI

specification)

;

Number

of

decimal

place’specification

—

Number

of

sigeiticant

«

ao

sas

ec

‘Note!

*

Mode

indicators

appear

in

the

lower

part

of

the

‘display,

-

except

for

the

Base-7

indicators

which

appear

in

the

ex:

:

ponent

part

of

the

display,

.

»

You

cannot

set

the

angle

unit

or

the

display

mode

whilé

_

the

calculator

is

in

the

BASE-N

mode

(fx-85W).

‘¢

The

COMP,

SD,

and

REG

modes

can

be

used

in

combi

‘.

nation

with

the

angle

unit

modes.

*

Be.sure

to

check

the

current

calculation

mode

(sp,

REG,

__

COMP)

;

and

angle

unit

mode:

vee

RAD,

SRAM

before

beginning

a

calculation.

fl

Input

Capacity

°

The

j

memory

aréa

used

for

calculation’

input

can

hold

79

”

*steps>

Whenever

you

input

the

73rd

step

of

any

caleu-

lation,

the

cursor

changes

from

“.”

to

“fa”

to

let

you

know

memory

is”

running:

low.

If

you’

stil

hieéd

to

input

more,

You,

should

divide

your

lation

into

two

Of

more

paris,

ia

Making

Corrections.

During

Input

°

Use

(i)

and

OF)

to’move

the

cursor

to

the

location

you

want.

Press

4)

to

delete

the

number

or

function

at

the

current

~

cursor

position.

Press

E48)

{Hi8}

fo

change

to

an

"eat

eUiSor

02

C3.

Inputting

:

“something:

while

the

jiisert

cursor

Is

‘oir

the

display

in-

serts

the

input

at

the

insert

cursor

position...

Press

(4),

(5),

Saal

ws),

3),

oF

EB

returns

to

‘the

normal

cur-

“sor

from

the

insert

cursor’

.

formed.

You

eenneh

make

any

changes

you

bis

in

the

calculation

and

re-execute

it.

;

*

Pressing

‘AG)

does

not

clear

Replay

memory,

80

301

ry

ean

recall

the

last

calculation

even

after

you

press

&

°

Replay

memory

is

cleared

‘whenever

you

start

a

new

calculation,

change

to

another

mode,

or

turn

off

power.

ElError

Locator

°

Pressing

&)

or

4)

after

an

error

occurs

displays

the

cal-

culation

with

the

cursor

positioned

at

the

ocailon

phere

the

error

occurred.

iE

Expotidi

tial

Display

F

Formats”

This

calculator

can

display

up

to

10

digits.

Larger

v

yalies

are

automatically

displayed

using

exponential

notation:

In

the

case

of

decimal

values,

you

can

select

between:

two

formats

that

determine.at

what

paint

exponential

notation

is

used.

Press

fine]

foc]

freed

faoee]

(3)

7]

(or

2.)

to

select:

NORM

1

or

NORM

2

(ix

‘BSW):

For

other

madels,

pee

bes)

(tone

(rone}

(3) (4)

(or

2):

-

rah

¢

NORM

1

With

NORM

1,

exponential

notation

is

automatically.

used

for

integer

values

with

more

than

10

digits

and

decimal

values

with

more

than

two

decimal

places.

*

NORM

2

With

NORM

2;

exponential

notation

is

dionaieaiy

iisod

for

integer

values

with

moré

than

10

digits

and

decimal

values

with

more

than

nine

decimal

places.

°

All

of

the

examples

in

this:

manual

‘shaw

calculation

re-

sults-usitig

the

NORM

1

‘format:

; .

Answer

Memory’

»

«

Whenever

you

press

[3

after

inputting

hee

or.

an

Ox-

pression,

the

caiculated

result

is

automatically.stored

in

Answer

Memory.

You

can

recall

Answer

bine

contents

by

pressing

as),

«

Answer

Memory

can

store

up

to

ie

cl

forthe

mantissa

*

and

two

digits

for

the.

exponent.

-

:

;

‘»

Answer

Memory

contents

aré

not

‘eliangéd

if

the

opera-

tion

performed

by

any

=

the

above

eae

opersiictie

re-

--$ults

in

an

error.

a

°

Use

the

COMP

mode

for

basic

caiculations.

.....

¢

Example

1:

3x(5x408)

00

eof.

ses

ui

ees

“memory,

or

subtracted

from

memory.

nde

pendant

memory

is

convenient

for

‘calculating

cumulative

totals.

*

Independent

memory

uses

the

same

memory

area

as

variable

M.

*

To

clear

independent

memory

w,

input

(9

(6

sia)

(a

*

Example:

wee

te

Rbk,

23

+

9.=

32.0

9

Sid

GA)

153-6

=

47..:

50

BE

6

0)

Ffolaly

11

Ag

Variables

e

There

are

nine

variables

(A

through

F

Ms,

xX

nd¥),

which

‘can

be

Used

to

store’

Galas

‘Cofistants,

:

results,

‘and

other

values,”

°

Use

the

following

dpetaitiont

to

delete

dat

assign

a

to

all

nine

variables:

bor)

(mel)

GB.

;

°

Use

the

following

operation

to

delete

data

|

assigned

toa

particular

variable:

0)

810)

(4).

This

oan

delétes

the

data

assigned

to

variable

A.

.

;

°

Example:

193.2

+

23

=

8.42«

193.2

+

28

6.9

°

499-9

Gi)

sea

[aT]

fas

eee

a

Fraction

Calculations

.

®

Use

the

COMP

mode

for

traction

‘calculations.

*

Values

are

automatically

displayed

in

decimal

format

whenever

the

total

number

of

digits‘of

a

fractional

value

°

{integer

+

numerator

+

denominator

+

separator

marks)

exceeds

10,

e

Example

4

S414

4

o

a

1B

4h

¢

12)

2

{a

3

OY

TAB.

o

Example

2:

4

+

6°

<q

2

®

Fraction/decimal

calculation

results

are

always

decimal.

@

Decimal-to-Fraction

Conversion

*

Example:

2.75

25

2768

al

(Se)

Fraction-to-

Decimal

Cotiversion

be

°

Example:

$0

0.5

st

ee:

ee

*

Use

the

COMP

mode

for

percentage’

caloulations:

Example

t:To

calculate

12%.

ot

1

500°

5

fap

e

Example

3:

To

add

15%

onto

2500

set}

('%}

ea[

2875.

|

[

2875,

|

4.

Example

a

To

discount:

3500

by

25%.

ga

2s

eo

es

[

°

Example

Solf

300.

grams*

are

added

to.

atest:

sample

originally

weighing

500

grams,

“what

is

the

percentage

increase.

in

weight?

300:+500-32:4

99°

60

(6)

ee

gee

500

8

eer

ame

°.

Example

6:

if

isinberstiie:

changes

trom

40°C

Ip

46°C,

what

saiihocinoe

did

it

ree?

:

Lak

‘oa

for

scientific

function’

calculations

ons

=

3.

14189265359

ee

BI

Trigonometicinverie

Trigonometric.

Functions

ee

°

Example

1:

sin63°52'41"".

iets

Ae

BBW:

Gl

Ge

=a)

(1D

“Other

models:

G8

8

CD

ee

Bow

2t

ae

3

|

0.897859912

|

«

ae

2360s

(4

3

cia)

~

X-OSW:

8

2)

YD

ge

Other

models:

(a

faa)

(2)

ie

ee

a3)

05

°

»

Example

3:

cos"?

“2.

Pred

;

ty.

BBW:

“(ong

[nose

(ane)

a

%

‘

a

-

ies

Other

models:

(9

fm)

(2)

ae

ej

CC)

2

BH

2

C7)

ep

|

0.78598163

.@

a]

0.25

*.

Example

4:

tan'0.

741

FX.

BBW:

feat)

(iuoe]

fro

an

ge

‘Other

models?

tend

(i)

Siva

fe

RAS

es

eB

=

074i

eg

|

38.

53844577

n

a

Hyperbolicnverse

Hyperbolic.

-

Functions

©

:

*

+

Example

1

1:

‘sinh

3.

6

fy)

@)

3.68

18.28545536

e

Example

2:

sinh

2

oe

hn

OS

ala

.

Es

.oaeaane,

Angle

Unit

Conversion

©

*

Press

fii)

Gas]

to

display

the

following

menu.

6

.

Pressing

ica}

),

eit

converts

the

displayed

vatue

to

=

the

corresponding

angie

unit.

¢

Example

:

To

convert

4:25

radians

»

degrees

oa

XBW:

SG

eS).

ae

Peay

*

Other

models:

(ane)

(rane)

(7)

eB.

4,25

@B

BS)

(2)

(R)

EB]

943'5070629

1

Common

and.

Natural:

Logarithms),

“eo

‘Antilogarithms:

.

=

8

Example

1:

log

i

23

w

1

23

0

9899051

7

1

¢

Example

2:

In

90

(=log,

90)

©

90

°

Example

3:

ee

ca)

2.10

449980967

"22026.46579

31

Gan7

766

e

Example

4:

102).

ew

(8)

1.5

*

Example

5:2!

20.46

1

Ea

Square

Roots,

Cube

Roots;

Rogie

re

=

equares.

Cubes,

Reciprocals,

©

_

Factorials,

Random,

Numbers

and

mw

*Eiample:

“Ye+

Vex

v5

|

aaa

oe

aan

Se

G3

0)

5

EB

|

5.287196909

j

5

Ga

©

27

€

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Fake

4

|

1.988647795

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|

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41234302

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er

|

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ea

[7025-]

*

Example

5:

12°

5

se)

seo)

if

40320.

|

}

e

Example

8:

To

generate

a

ranger.

umber:

between

:

-

6.000

and

0.999

é

ore

:

-

Example

728!

F

|

Example

(results

|

differ

each

time)

:

*

Example

9:

37.

-

3

Gd

CH

Ea

G8

[-9.424777961

|

FIX,

SCI,

RND

°

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13:200+7%14=400

200°

oe

fe

EE

:

-

200

Ea

400:-

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three

dacimal

pia

BSW:

Hd

a)

i

HI

CD

79

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Other

models:

le

fame)

foon§

4]

(SF...

;

Fix

oo

28.571

if

400.000

a]

Sed

Performing

the

same

calculation

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the

6

specitidm

number

of

decimal.places”

.

aioe

Tai

(Cateulation

continues

using

10

,

200

display

digits)

;

(internat

eounding):

0

©

Press

fan)

(tnt

(tor

5

fa

(3) (2)

(fx-85W)

to

clear

FIX

spect:

figation.

For

other

models,

nptees

=

es

=

(3}

a

3

Exaingié

29443;

sepieying

bie

with

two

scan

digits

(SCIL:2})"

; :

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=

:

Other

models:

fieane)

[move

©

Press

[ox

[nour

(uooe

feace)

[3]

(47)

(ix-85W)

to

clear

SCI

speci-

fication.

For

other

models,

press:

fitaé)

(acts)

fume)

(37)

1}.

ES

LENG

Gilculations.

ee

°

ane!

t

Ae

‘convert

56,

088

meters

ite

Imometers

50088

3

Seatie

*.

Example:

ra

pe

convert

10,

08125

grams

to

miligrame.

Coordinate

Conversion

(Pol(x,

Pe

Rec

(r,

a)

°

Calculation

resuits

are

automatically

assigned

to

variables

E

and

F,

¢

Example

1:

To

convert

polar

coordinates

(r=2,

6=60")

:

to.rectangular

coordinates

(x,

y)

(DEG

mode)

cn

rf]

wed

CE):

swaps

displayed

value

with

value

in

i

°

(act)

ea

Ci

om

_

memory.

e

Example

2:

Too

convert

rectangular

coordinates

(1,

¥

"3)

-

to

polar.

coordinates

(r,

r,

0)

(RAD

mode)

r

[Pott]

10)

W303

set

tes

= i

.

7

:

os

gin

CE

Gar

Te7EST_]

»

(re)

(E},

@

CF)

swans

dlapiaved

value:

with.

value:

in

memory.

i

Permutation:

°

Example:

To

‘determine

how

many

different

4-digit

val-

ues

can.be

produced

using

the

numbers

7

through.

7

2

Numbers

cannot

be

duplicated

within

ihe

same

4-digit

|.“

-

value

1284

|

is

allowed,

but

123i

is

nat)...

Es

Combination

»

Example:

To

determine

how

many

different

4-member

groups

can

be

organized

in

a

group

of

10

individuals

10

62.4

210.

-(IX-B5W:

Kit

(3)

Standard:

Deviation

(SD

Mode)

Press

find

ro)

an

(fx-85W)

to

enter

the

SD

Mode

for

sta-

-

:

tistical

catculations

using

standard

deviation.

For

other

models,

press

fa)

(2),

Data

input

always

starts

with

6]

Geil

&8

to

clear

statisti-

cal

memory.

a

Input

data

is

used

to

calculate.

values

for.p==

nt,

Lx,

Lx",

X,

Gn

and

Ont

which

you

can

recall

using

the

hey

operations

noted

nearby.

©

:

5

ower]

x

;

as

_.

|

fener)

fe

far)

(Red

Example:

To

calculate

Gr=i,

On,

5,

at,

Zr,

and

Ee

for

ithe

—

following

data

:

55,

54,

51, 55, 53,

53,

54,

52

Enter

SD

Mode

;

--fx-BEW:

fama)

fooie]

CT]:

Other

models:

b=)

(2)

*

fa

Memory

Clear)”

a

galatc

ok

Bate

DT)

5407)

51

G7

5567)

58

0

cae

54

@.52.00)

5

[i4o7eeso53

|

in

t

(Sample

Standard

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1

Gos},

=

oa

;

co

:

“(Population

Standard

Deviation

Gn}

ENE

xo)

ER]

4,

316956719

(2)

3

[~

55.375

;

afbaia

See

:

(acu)

(t}

tis

te.

Bu

:

es

emma

of

Values

Xa)

(rou)

(1B

427.

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[33

808.

°

-(avithmetio

Mean

:

s

im

"ol

i

Bass

of

Values

5x2)

Data

input

Precautions

+

(07)

(DT)

inputs

the

same

data

twice.

*

You'can

also

input

multiple

entries

of

the

same

data

us-

‘-ing

&

(3).

To

input

the

data

110

ten

times,

for

example,

press

170

9

(3)

1007),

_*

Thé

above

results

cah

be

obtained

in

any

order,and

not

“necessarily

that

shown

above.

¢

To

delete

data

you

have

just

neue

press

be

@.

Regression

Calculations

(REG

Mode):

8

‘Piss

(a8

(ie)

(2)

(fX-85W)

to

enter

the

REG

mode

and

'

then

select

one

of

the

ening

eae

types.

For

*

other

models,

press

few:

(3),

;

.

@:

Linear

regression

-~

..,

2):

Logarithmic

regression

|

/

01):

Exponential

regression

~

&)

GQ):

Power

regression

(2)

(2):

inverse

regression

__

(BIC):

Quadratic

regression

|

.

Data

input

always

starts

with

Es)

a

=]

to

clear

statisti-

cal

memory.

¢

The

values

produced

by

a

regression

calculation

depend

on

the

values

input,

and

results

can

be

recalled

using

’

the

key

operations

shown

in

the

table

below.

--

Er

Qaed,

od

XOu-1

:

.

(Psat

(

¥Gn

-:

2

Oued

ete

POnr

en

ap.

wt]

[A]

|

Regression

coefficient

A

Regression

coefficient

B

|...

fr)

[6]

|

Regression

coefficient

C

“]

(74

|

Correlation

coefficient

r

Sen

«het

>

/

¢

Example:

Asuna

preadihevaampelatire.:

Aimospheric

|

Perform

linear

regression

to

deter-

Pressure_|

mine

the

regression

formula

terms

‘and

correlation

coefficient

for

the

data

nearby.

Next,

use

the

regres-

pheric

pressure

at

18°C

and

tem-

—/'

perature

at

1000

hPa.

Enter

REG

Mode

(Linear

Regression)

fx-B5W;

(word

9

(2)

OI

cee

cae

Other

models:

b=)

(3)

G1)

far) (Sc)

EB

(Memory

Cleary”

100)

1003

6)

15

(3

1005

@7)

202]

10100

25

L2)

1014

‘GD:

=

~30{2)

1014

GT

pu

"997.4

(Regression

Coefficient

A)“

(Regression

Coefficient

B)

2

|

0982607368

1007.48.

(Gariéiation

Coefficient

ie

18

bi

SY.

“1000

a

GT

[4642857143

(Atmospheric

Pressure

at

18°C)

(Temperature

at

1000

hPa)

*

Quadratic

Regression

*

The

regression

formula

for

quadratic

regression

is:

ye

A+

By

+x",

°

.Input-data

using

the

following

key

sequence.

©

-

<x-data>

©]

<y-data>

(07)

whe

*

Example:

Perform

quadratic.

regression.to

de-

termine

the

regression

formula

terms’

and

Corrélation’

coefficient

for

the

data’

“Nearby.

Next;

use

the

regression.

for-

:|

mula‘to

estimate

thé

Values

for

9°

(es-

timated

value

of

y)

for

x7

=

16

and

¥

eat

nated

value

of

x)

for

yi

=

20,

;

Enter

REG

mode

(Quadratic

regression)

©

fx-BSW:

esi)

(iti

(29)

3)

Other

models:

fee)

(3)

(E)

(33

sw]

(Sel)

se;

se,

-8

;

,

29

(5)

4;

6

oH

50(2}

23.5

7A

ai

38.0

611103

(2)

46,4

ete

(2

48.

0

[D:

(Regression

Coefficient

A}

cr]

w

(Regression

Coefficient

8)

.

ae

(Regression

Coefficient

co

(3

when

x7

=

16)

<

fi

16

Gai}

3

if

Sy

whenyi=20)

oss

cern

BO

EHD

Cae

Data

Input

Precautions

©

e

(07)

(57)

inputs.

the

same

data

twice...

:

e

You

can

also

input

multiple

entries

ot

ihe

§

same

‘datau

us

”

jing

Gil

C7:

To

input

the

data

“20

and

Bs

five

times,

for

:

example,

press

202]

30

GAC)

5

Gi

e

The

above

results

can

be

obtained

in

7

order,

and

not

necessarily

that

shown

above.

;

*

To

delete

data

you.

have

just

input,

press

Ea

(et)

pe

*

Formula

memory

lets

you

input

a

Single

fornia

in

memory,

and

then

input:

valu

$

for

the

‘

or

a’s

variables

_~

|

Ptorcaiculate

results."

-~

".»

Mémory

can

hold

a’

‘paige

forttiula:

up

to’79

steps

iong.

.

«This

function

an

be

used

in

the

COMP

mode

only.

x

Note’

that

the

formula

is’actually

st6red

in

memory

wher

“you

press

the

{)

key

in

the

sequence

below.

+

sion

formula

to

estimate

-atmos-°

°

rina

ae

To.

save

the:

eee

y

formula,

recall.

it,

and

Input

treslotblason

as

qbaghe

Pe

fe)

(Y)

red

SS)

Bed

OD

G

-

3

foe

x.

“Store.

ii

in

memory.

‘se

*

Formula

memory

is

cleared

whenever

you

start'a-new

‘calculation,

change

to

another

mode,

or

turn

off

power.

*

In

addition

to

decimal

values,

calculations

can

be

per-

formed

using

binary,

octal

and

hexadecimal

values...

*

You

can

specify

the

default

number

system

to

be

ap-

"+

plied

to

all

input

and

displayed

values,

and

the

number

~

system

for

individual

values

you

input.

°

You

cannot

use

scientific

functions

in

binary,

octal,

deci-

mal,

and

hexadecimal

calculations.

You

cannot

input

val-

ues

that

include

decimal

part

and

an

exponent.

°

If

you

input

a

value

that

includes

a

decimal

part,

ne

unit

automatically

cuts

off

the

decimal

part.

*

Negative

binary,

octal;

and

hexadecimal

values

are

pro-

'

duced

by

taking

the

two's

complement.

*

You

can

use

the

following

logical

operators

ene

values,

in

Base-7

calculations:

and

(logical

product),

0

(logical”

sum),

Xor

(exclusive

k

ical

sum),

xnor

‘eich

sive

logical

sum

negation),

Not

(negation),

and

Neg

(minus).

*

The

following

are

the

allowable

ranges

for

each

‘of

the

available

number

systems.

4900000000

14t4ttiit.

Binary

114199974

Octal

S

7777777777

3777777777

¢

=

2147483647

=

PFFFFFFF

7FFFFFFF

.

:

Example

1:

‘To

perform

the

eae

calculation

and

produce

a

binary

result:

1014424

110106,

Binary

mode

-

A)

Ca

Cs)

7

110001.

°

Example

2:

To

perform

the

following

calculation

and

produce

an-octal

result

»

7654—

+

Vip

on

asi)

ae)

(BH)

(ZI

(0)

7654,

_

Octal

mode

*

C2

G9

OCD

o)

12

*

Example

3:To

perform

the

following

aie

and

produce

;

a

hexadecimal

result:

:

120%6

or

11015

Rae

Hexadecimal

mode

_

ea

(nex)

40,5

toa)

Ben

a)

(oar)

(3)

(b)1

1015

(1081)

“hoa,

minutes,

and

seconds,

ang

convert

between

sexagesimal

‘and

decimal

values.

'

;

*

Example

t:

To

convert

the

decimal

value

2.258

to

a

sexagesimal

value

7

2.258

Uae

2.258

a)

__.2°15°28.8

*

Example

2:

To

perform

the

following

caiculation:..

._-

12°34'56"

X

3.45

fecreden

fet

12)

34

ES)

56

F)BBS.AB

foc:

When

you

have

a

2

PrObleM...n

If

calculation

results

are

not

what

you

expect

or

rif

an

error

occurs,

perform

the

following

steps.

.

1.

(iif)

(7

(COMP

mode)

2,

Fx-QSW;

fro

(wor)

(hor

(7)

..

Other

models:

(aor)

(wo)

GQ

Eo

mede,

3.

FX-BSW:

one:

(cond (aac)

faoae)

(3)

gee”

«Other

models:

toed)

(avg

fase]

C2]

C9

(HORNET

DAs)

4.

Check

the

formula

3

you

are

working

with

to

confirm

it

is

»

correct:

5,.

Enter

theo

correct

modes

to

perform

the

calculation

and

try

again,

<fX-B82TLAX-B3WA/X-270W

PLUS/fx-350TL>.

If

the

above

steps

do.not

correct

your

problem,

press.

the

P

button

on

the

back

of

the

calculator

to

reset

it,

Pressing

the

P

button

deletes

all

data

stored

in

calculator

memory.

Make

sure

you

ore

keep

written

copies

of

all

impor-

tant

data

.

SX

@5W/1K-B5WA/

ie

300W/tx-91

1W>

\f

the

above

steps

do

not

correct

the

probiem,-press

the

[ot]

kay.

The

calculator.

performs

a

self-check

operation

and

deletes

ail

‘data:

stored

in

memory

if

any

abnormality

is

detected.

Make

sure

you

ane

keep

written

copies

of

all

important,

data,

5

Error

Messages

The

calculator

is

locked

up

while

an

error

message-is

on

the

display.

Press

(8

to

clear

the

error,

or

press

(i)

or

to

display

the

calculation

and

correct

the

problem,

See

“Er-

ror.

Locator”

for

details,

*

Calculation

result

is

outside

the

allowable

calculation

range.

¢

Atternpt

to

perform

a

function

calculation

using

a

value

::

that

exceeds

the

allowable

input

range.

0

7

6

“*

Attempt

to

Peron

an

ec

ad

bparalion:

(division

by

°

“Zero,

GI.)

2

Action

f

~*

Check

your

input

Values

and

make

‘sure

they

are

ail

within

the

allowable

ranges.

Pay

Special‘attention

té

values

in

any

memncn:

areas

Syoua

are

ven

:

Stk

ERROR:

a

*

Cause

.°

Papacy

of

the

numeric

stack

or

Scans

Stack

|

iS

6X*

::

ceeded.

-

Swseloe

a

ee

°

Aétion

7

;

¢

Simplify

the

calculation.

The

numeric

>

slack

has

10

levels

and

the

operator

stack

has

24

levels.

fs

*

Divide

your

calculation

inte

two

or

more:

fe

Separate

parts.

2

Syn

ERROR”

2

Cause

0

bs:

a

4

Attempt

to

nerorne

an

nilega

eathioination

operation

7

¢

Action...

.

:

.*

Press.

(4)

or

i

to

‘diepey:

the:

calculation

with,

the

;

cursor

Jocated

at

the

location

of

the

error.

Make

Nec:

:

essary

corrections.

Arg

ERROR

§:

*

Cause

2

*

Improper

usé

of

sigumant

=

*

Action

_

*

Press

(4)

or

B)

to

display

the

/ocation

of

the

cause

eat.

_the

error,

and

make

required

corrections.

.

ae

Ea

Order

of

Operations

|

Se

Calculations

are

performed

in-ihe

following

order

oh

prec-

edence.

@

Coordinate

transformation:

Pol

(x,

y),

Ree

(7,

0).

.8

os

(2

Type

A

functions:

-

With

these

functions,

the

values

is

enlerer

and

then

the

-

function

key

is

rican

cae

x2

x

1

xl,

ore,

2%

@

Powers

and

roots:

x,

ay

@

aPle

oo

Abbreviated

multiplication,

format

i

in

front

of,

memory

name,

or

variable

name:

27,

5A,

WA

etc.

.

®

Type

B

functions:.

:

With

these

functions:

the

fuccione

a

is

pressed:

and

then

the

value

is

entered.

po

By

x

age

1

“4

¥,

v~

,

Jog,

In,

e*,

10°,

sin,

cos,

tan,

sin™',

cos™',

tan”,

sinh,

cosh,

tanh;

sinh=!;

cosh

!;

j

tans};

D

Abbreviated

multiplication

format

in

front

of

“Type

&

B

S

Permutation

and

combination:

nPrenr

@

x,

+

+,

—

*

Operations

of

the

same

precedence

are

performed

from

right

to

left.

eInv™

120

=

e{In(v-

120)}

*

rah

-

Other

operations

are

performed

from

left

to

right.

*

Operations

enclosed

in

parentheses

are

performed

first.

Stacks

This

calculator

uses

memory

areas,

called

“stacks,”

to

fem-

porarily

store

values

(numeric

stack)

‘and

comrnands:(com-

mand

stack)

according

to

their

precedenéée

during

caicu-

lations.

The

numeric

stack

has

10

levels

and

the

command

stack

has

24

levels.

A

stack

error

(Stk

ERROR)

occurs

whénever

you

try

to

performa

‘calculation

that

fs

is

80

com-

plex

that

the

eapaciy

ot

a

Een

|

is

exoseded.

Power

Supply”

+

The

type

of

batiery

you

should

use

depends

on

number

of

your

calculator.“

<

fx-85W/Tx-85WA/ fx-300W/tx-991W

>

The

TWO

WAY

POWER

systém

actually

has

two:power

supplies:

‘a

solar

cell

and

a

G13

Type

(LR44)

button

bat-

tery

Normally,

calculators

équipped

with

a

solar

cell

alone

éan

Operate

only

when

relatively

bright

light

is

present.

The

TWO

WAY

POWER

system,

however,

léts

you

con-

tinue

to

use

the

calculator

as

long

as

there

is

enough

light

to

read

the

display.

¢

Replacing

the

Battery

Either

of

the

following

symptoms.

dicate

batory

power

is

low,

and

that

the

battery

should

be

replaced.

....,.:

__*

Display

figures

are

dim and

difficult

ead

i

in:

areas

where

there

is

little

light

available.

:

_

®

Nothing

appears;

on

the

display.

winen.

‘Ou

press.

the.

{Gi

key.

z

:

°

To

shinee

he

3

batten

G@>)

Remove

the

six

screws

that-.6

2:

hold

the

back

cover

in

place

.:

and

then

remove

the

aaek

cover.

—

Mts

3B.

Remove

‘the

ola

@)

Wipe

off

the

sides

of

new

ee

tery

with

a

dry,

soft

cloth.

Load

it

into

the

unit

with

the

posi-

tive

@

side

facing

up"

Md

you

:

‘Gan-see

it}.

_

Replace

the

back

coverand:

isc

ff

ec

secure

it

in

place

with

the

Six,

af.

screws.’

a

&)

Press

(i)

to

turn

t

power

on.

Ao

he

sure!

not

to

skip

this

step.

a

<fx-82TL>

This

calculator

is

powered

by

single

AA-s

-size

battery...

*

Replacing

the

Battery

©

~

Dim

figures

on

the

display

of

the

calculator

indicate

ihat

battery

power

is

low.

Continued

use

of

the

calculator

when

the

battery

is

low

can

result

in

improper

operation.

’

Replace

the

battery

as

soon

as

possible

when

display

~

figures

becorne

dim.

°

To

replace

the

battery

°°”

@)

Press

G8

to

turn

power

off,

@)

Remove

the'six

screws

that

.

hold

the

back

‘cover

in

.”

‘place

and

thet

remove

the

*..

back:

cover.

@

Reiriove

the

old

battery,

@)

Load

a

new

baitery

into

the

unit

so

it’s

positive

®.and

negative

©’

sidés

are

fac-

°°"

ing

correctly.

.

:

@

Replace

the

back

cover

and

secure

it

in

place

with

the

six

screws.

©

Usé

a

thin,

pointed

object

P

button

to

press

the

P.

button.

Be

sure

not

to

skip

this

step.

@

Press

&H

to

turn

power

on.

<

1x-83WA/fx-270W.

PLUS/fx-350TL>:

:

This

calculator

is

powered:

by.

Bifigle

|

Gt

3

Type

(

(Raa)

but:

“when

the

ane

is

low

ent

result

in

improper

operation.

».To

'teplace

the

battery:

eee

@)'

Press

O@

to

tim

power

off“

Serew

@.

Remove

the

two

screws

that

hold

weit

attery.

cover.

in,

place,

and...

“then

remove

the

battery

cover.

@.

Remove.

the.old.battery:

oe.

2.

¢:

@

Wipe

off

the

side’

of'new

battery::

:

cowith

a

dry,

soft

cloth:

Load

it

into:

the

unit

with

the

positive

@'

side:

-

~

facing-up

(so-you

can.see

it).

s.

7

()

Replace

the

battery.

cover

and

se-

°°"

|f*

cure

it

in

seats

with:

led

two*

:

“

SCrews.:

A

ar

©

Use

a

thin,

pointed

object

to

press

Calculator

power:

automatically.

turns

off

if

you

do.

not

per-

form

any

—

for

about

six

minutes,

When

this

hap-

be

ieee

Alaa,

PCBBWAL

bx

S00W/,

fx:

a4

iW:

RAD:

Said:

as

sin,

aan

when

ar

ae

a

GRAS

“Same

as

sin,

,

except

when

l=

(Qn-1)x100.

#4.909999909%

10

ae

Satta

ce

:

10°

|-9.

9,999999990%10%=

e

|=9.

99999999910"

x

=

52

(x

lOsx<1

x10

|

,

lx|<

1x

10%

25]

[abet

10x

Ae

0%

Txle

1

x

10190

Osx

569

(xis

an

integer)

n

(n,

ris

an-integer):

3

9.999999999%

10"

on

id

nCr

{0

|

Pot(e,

5)

|

ba

Iyt

‘999999990

10"

ce

we

2

Oe+y?

=9.999999999x10%

|

Rect:

2

loz=r=9.

99999999910"...

9:

Same

as

sinx,

cosx

z

ale

b,c

<

1K

19100

nat

[OS

B

¢

hace

rere

Decimal

<>

Sexagesimal

Conversions:

-

|

0°0°0"S

|x|

999999"59°

|

xO:

“11

9!%<ylogr<

100

i

ee

|

x=0:

y>O

X<Or

p72,

Sait

{nis

an

integer}

However:

—1

fol

thd

<plog}x}<

100

yoo:

x0:

~1x

10H

logy<t

00°

Vy

|

yO:

x>0

1

#8

bys

esate

“|

y<0:

0

2+

-z

(nO;

an

integer)

However:

~1

x10!

<Hxlog|y|<100.

"|

Total

of

integer,

numerator;

and.

denominator

must

be 10

digits

or

less

(including

division

marks).

iat

:

lx|<

1K10%

ee

‘|

fy]

4x

108%

-

=

In|<

1x10

‘|

Xen,

pon;

xy

VA,

BF

:n0"

NON,

yon

1H

=

*

0,

7

on

*

Erros

are

cumulative

with

such

internat

continuous

cal-

*

“Gulations

as

x,

“V

adversely

affected.

fxd,

and

Vx

4,

SO

accuracy

may

|

be

Powel

Sioa

ee

,

.

AX-82TL:

.

Single

AA-size

battery

(REP

(SUM-3))

.

-B5W/

tx-8SWA/fx-300W/

fx-911

W:.

.

;

Solar

cell

and

a

single

G13

Type

button

bat-

tery

(LR44)

fx-83WA/fx-270W:

PLUS/fx-350TL::

tea

:

Single

G13

Type

button

‘battery

(

(R44).

Battery

|

Life:

ea

eha

ee

#X-B2TL:

Approximately

17,

000

hours

.

play

of

flashing

cursor,

.

7

__

Approximately’,

2.

yeas

when.

lett

with

power

“turned

‘

_Ax-85W/

fx-85WA

LOW.

Approximately

3

years

(1.

hour

use.

per

day).

_Replace

the

batiery

as

soon

as

possible

when

iepiay

;

BEB

ALe

eT

OM

PLUS/fx-350TL:

Approximately

12,000

ce

continuous

dis-

:

play

of

flashing

cursor.

-..

Approximately.

3.

vert

when

teft

with

pone

turned

off.

.

cities

0

ei

268

ae tg

Dimensions:

:

eave

£x-82TL:

19.3(H)

x76

wyxieaiby'

mm.

3/g"(H)

X3"(W)

X67

/16"(D)

fx-B83WA/Tx-B85W/

fx-8

BSWA/tx-270W

PLUS/

fx-300W/

fx-350TL/fx-911W:

}

10(H)*76(W)

x

150(D)

mm.

XS

W)XSR'O),

4

Weight:

*

Sye

#x-82TL:

115g

(4.102)

inating

battery

a

Tx-85W/

fx-B5WA/

£x-300W/fx-911

W:.

a

80g

(2.802)

including

battery

»

£x-83WA/Tx-270W

PLUS/fx-350TL:

«=.

90g

(3.292)

including

battery

unre

Power

Consumption:

0.

O001W

Operating

Temperature:

orc

~

40°C

(or

~

four).

CASIO

ELECTRONICS

CO.,

LTD.

.

Unit

6,

1000

North

Circula

Road,

ss

London:

NWe

7JD,.

ULK.

uf

ares

fe

8-2,

Hon-machist-chome

0s.

te

F

Shibuya-ku,

Tokyo-151-8543;

Japan*

Casio FX-82TL User manual

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