No.

Scientific Constant

Symbol

Value

Unit

6-4

Avogadro constant

NA

6.0221415×1023

mol–1

7-1

Boltzmann constant

k

1.3806505×10–23

J K–1

7-2

Molar volume of ideal gas

Vm

22.413996×10–3

m3 mol –1

7-3

Molar gas constant

R

8.314472

J mol–1K–1

7-4

Speed of light in vacuum

C0

299792458

m s–1

8-1

First radiation constant

C1

3.74177138×10–16

W m2

8-2

Second radiation constant

C2

1.4387752×10–2

m K

8-3

Stefan-Boltzmann constant

σ

5.670400×10–8

W m–2K –4

8-4

Electric constant

ε0

8.854187817×10–12

F m–1

9-1

Magnetic constant

0

12.566370614×10–7

N A–2

9-2

Magnetic flux quantum

φ0

2.06783372×10–15

Wb

9-3

Standard acceleration of gravity

g

9.80665

m s–2

9-4

Conductance quantum

G0

7.748091733×10–5

S

10-1

Characteristic impedance of

Z0

376.730313461

vacuum

 

 

 

 

10-2

Celsius temperature

t

273.15

K

10-3

Newtonian constant of gravitation

G

6.6742×10–11

m3 kg–1 s–2

10-4

Standard atmosphere

atm

101325

Pa

• Source: 2000 CODATA recommended values

Scientific Function Calculations

Unless otherwise noted, the functions in this section can be used in any of the calculator’s calculation modes, except for the BASE Mode.

Scientific Function Calculation Precautions

When performing a calculation that includes a built-in scientific function, it may take some time before the calculation result appears. Do not perform any key operation on the calculator until the calculation result appears.

To interrupt and on-going calculation operation, press A.

Interpreting Scientific Function Syntax

Text that represents a function’s argument is enclosed in braces ({ }). Arguments are normally {value} or {expression}.

When braces ({ }) are enclosed within parentheses, it means that input of everything inside the parentheses is mandatory.

E-26