Sharp V series Manuel utilisateur

SCIENTIFIC

CALCULATOR

OPERATION GUIDE

SCIENTIFIC

CALCULATOR

OPERATION GUIDE

C O N TEN T S

HOW TO OPERATE

Read Before Using

Key layout/Reset switch 2

Display pattern 3

Display format 3

Exponent display 4

Angular unit 5

Function and Key Operation

O N /O FF, entry correction keys 6

Data entry keys 7

Random key

Modify key

Basic arithmetic keys, parentheses 10

Percent 11

Inverse, square, xth power of y,

square root, cube root, xth root of y 12

10 to the power of x, common logarithm 13

e to the power of x, natural logarithm 14

Factorials 15

Permutations, combinations 16

Time calculation 17

Fractional calculations 18

Memory calculations 19

Last answer memor y 20

Trigonometric functions 21

Arc trigonometric functions 22

Hyperbolic functions 23

C oordinate conversion 24

STATISTICS FUNCTION

Data input and erase 25

“AN S” keys for 1-variable statistics 26

“AN S” keys for 2-variable statistics 28

H o w t o O pe r a t e

2nd function key

Pressing this key will enable the functions

written in yellow above the calculator but-

tons.

ON/C, OFF key

D irect function

Mode key

This calculator can operate in three different

modes as follows.

W ritten in yellow above

the O N /C key

1 . K E Y L AY O U T

•Mode = 0; normal mode for

performing normal arithmetic

and function calculations.

•Mode = 1; ST AT- 1mode for

performing 1-variable statisti-

cal calculations.

•Mode = 2; STAT-2 mode for

performing 2-variable statisti-

cal calculations.

If the calculator fails to operate normally,

press the reset switch on the back to

reinitialise the unit.The display format and

calculation mode will return to their

initial settings.

RESET

2 . R E S E T S W I T C H

Reset switch

RESET

2nd function

[Normal mode]

[STAT-1 mode]

[STAT-2 mode]

N O T E :

Pressing the reset switch will erase any data

stored in memory.

≈Read B efore Using≈

This operation guide has been written based on the EL-531V, EL-509V, EL-531VH, and

EL-509VH models. Some functions described here are not featured on other models. In

addition, key operations and symbols on the display may differ according to the model.

For convenient and easy operation, this model can be used in one of four display modes.

The selected display status is shown in the upper part of the display (Format Indicator).

N ote: If more 0’s (zeros) than needed are displayed when the O N /C key is pressed, check

whether or not the calculator is set to a Special Display Format.

• Floating decimal point format (no symbol is displayed)

Valid values beyond the maximum range are displayed in the form of a [10-digit

(mantissa) + 2-digit (exponent)]

• Fixed decimal point format (FIX is displayed)

Displays the fractional part of the calculation result according to the specified

number of decimal places.

• Scientific notation (SC I is displayed)

Frequently used in science to handle extremely small or large numbers.

• Engineering scientific notation (EN G is displayed)

C onvenient for converting between different units.

(specifies normal mode)

(normal mode)

(FIX mode TAB = 3)

Let’s compare the display result of

[10000 ÷8.1=] in each display format.

4 . DI S P L AY F O R M AT A N D

DE C I M A L S E T T I N G F U N C T I O N

Initial display

3 . D I S P L AY P AT T E R N

10000 8.1

DEG

DEGFIX

DEG

The actual display does not appear like this.

This illustration is for explanatory purposes only.

5 . E X P O N E N T DI S P L AY

The distance from the earth to the sun is approx. 150,000,000 (1.5 x 108) km.Values

such as this with many zeros are often used in scientific calculations, but entering the

zeros one by one is a great deal of work and it’s easy to make mistakes.

In such a case, the numerical values are divided into mantissa and exponent portions,

displayed and calculated.

<Example> W hat is the number of electronics flowing in a conductor when

the electrical charge across a given cross-section is 0.32 cou-

lombs. (The charge on a single electron = 1.6 x 10-19coulombs).

0.32

DEG

(normal mode)

(SC I mode)

(EN G mode)

SCI DEG

X10

ENG DEG

X10

DEG

191.6

DEG

X10

DEG

X10

Angular values are converted from DEG to RAD to GRAD with each push of the DRG

key. T his function is used when doing calculations related to trigonometric functions or

coordinate geometry conversions.

(/2)

6 . A N G U L A R U N I T

(in DEG mode)

••••••••

O per ation D isplay

90° (DEG) =

/2 (RAD) =

100 (GRAD) =

The relationships between the three types

of angular units can be expressed as right:

C heck to confirm 90 degrees equaling /2 radians

equaling 100 grads. ( =3.14159...)

DEG

RAD

GRAD

DEG

Angular indicator

D egrees (D E G is shown at the top of the display)

A commonly used unit of measure for angles.T he angular measure of a circle

is expressed as 360°.

R adians (R A D is shown at the top of the display)

Radians are different than degrees and express angles based on the circumfer-

ence of a circle. 180° is equivalent to radians.Therefore, the angular mea-

sure of a circle is 2 radians.

G r ads ( G R A D is shown at the top of the display)

Grads are a unit of angular measure used in Europe, particularly in France. An

angle of 90 degrees is equivalent to 100 grads.

Turns the calculator on or clears the data. It also clears the contents of the

calculator display and voids any calculator command; however, coeffi-

cients in 3-variable linear equations and statistics, as well as values stored

in the independent memory in normal mode, are not erased.

Turns the calculator off.

C lears all internal values, including coefficients in 3-variable linear equations and

statistics.Values stored in memory in normal mode are not erased.

These arrow keys are useful for Multi-Line playback, which lets you

scroll through calculation steps one by one. (refer to page 8)

These keys are useful for editing equations.The key moves the

cursor to the left, and the key moves the cursor to the right.The

key deletes the symbol/number at the cursor. (refer to page 8)

ON/OFF, Entry

Correction Keys

≈F unction and K ey Operation≈

Data Entry Keys

Provided the earth is moving around the sun in a circular orbit,

how many kilometers will it travel in a year?

* T he average distance between the earth and the sun being

1.496 x 108km.

C ircumference equals diameter x π; therefore,

1.496 x 108x 2 x π

0 to 9

Pressing πautomatically enters the value for π(3.14159...).

The constant π, used frequently in function calculations, is the ratio of the

circumference of a circle to its diameter.

N umeric keys for entering data values.

Decimal point key. Enters a decimal point.

Enters minus symbol or sign change key.

C hanges positive numbers to negative and negative numbers to positive.

Pressing this key switches to scientific notation data entry.

O per ation D isplay

1496 8

DEG

X10

Random

Generates random numbers.

Random numbers are three-decimal-place values between 0.000 and 0.999. Using this

function enables the user to obtain unbiased sampling data derived from random

values generated by the calculator.

A P P L IC AT IO N S :

Building sample sets for statistics or research.

0. * * * (a random number has been generated)

Function to round calculation results.

Even after setting the number of decimal places on the display, the calculator per-

forms calculations using a larger number of decimal places than that which appears

on the display. By using this function, internal calculations will be performed using

only the displayed value.

A P P L IC AT I O N S:

Frequently used in scientific and technical fields, as well as business,

when performing chained calculations.

Rounded calculation (MDF)

FIX mode TAB = 1 (normal calculation)

5.0

0.6

5.4

5 9

Modify

(internally, 0.5 555 ...)

(internally, 0.6 )

(internally, 0.55 55...)

Ce manuel convient aux modèles suivants

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