EL-546L

From Sixsigma
Jump to: navigation, search

I have a Sharp EL-546L scientific calculator in my office with my computers.

The images on the right are of its Quick Reference Card. Physical Constants and Metric Conversions are detailed below.

Substitute Algebra and Playback & Editing
Physical Constants and Metric Conversions

Physical Constants

Note: it seems only the absolute values are available from the calculator, even for constants which should generally be negative; so keep an eye on that. The values shown are the values the calculator provides, other sources may vary.

No. Symbol Unit Value Magnitude Name
01 c m \cdot s^{-1} 2.99792458 x 108 8 speed of light
02 G N \cdot m^2 \cdot kg^{-2} 6.67259 x 10-11 -11 gravitational constant
03 g m \cdot s^{-2} 9.80665 0 gravity of Earth
04 m_e kg 9.1093897 x 10-31 -31 mass of an electron
05 m_p kg 1.6726231 x 10-27 -27 mass of a proton
06 m_n kg 1.6749286 x 10-27 -27 mass of a neutron
07 m_\mu kg 1.8835327 x 10-28 -28 mass of a muon
08 u kg 1.6605402 x 10-27 -27 atomic mass unit
09 e C 1.60217733 x 10-19 -19 charge of an electron
10 h J \cdot s 6.6260755 x 10-34 -34 Planck constant
11 k J \cdot K^{-1} 1.380658 x 10-23 -23 Boltzmann constant
12 \mu_0 H \cdot m^{-1} 1.256637061 x 10-6 -6 vacuum permeability
13 \epsilon_0 F \cdot m^{-1} 8.854187817 x 10-12 -12 vacuum permittivity
14 r_e m 2.81794092 x 10-15 -15 classical electron radius
15 \alpha 7.29735308 x 10-3 -3 fine-structure constant
16 \alpha_0 m 5.29177249 x 10-11 -11 Bohr radius
17 R_\infty m^{-1} 1.097373153 x 107 7 Rydberg constant
18 \phi_0 Wb 2.06783461 x 10-15 -15 magnetic flux quantum
19 \mu_B J \cdot T^{-1} 9.2740154 x 10-24 -24 Bohr magneton
20 \mu_e J \cdot T^{-1} 9.2847701 x 10-24 -24 electron magnetic moment
21 \mu_N J \cdot T^{-1} 5.0507866 x 10-27 -27 nuclear magneton
22 \mu_P J \cdot T^{-1} 1.41060761 x 10-26 -26 proton magnetic moment
23 \mu_n J \cdot T^{-1} 9.6623707 x 10-27 -27 neutron magnetic moment
24 \mu_\mu J \cdot T^{-1} 4.4904514 x 10-26 -26 muon magnetic moment
25 \lambda_c m 2.42631058 x 10-12 -12 Compton wavelength
26 \lambda_{cp} m 1.32141002 x 10-15 -15 proton Compton wavelength
27 \sigma W \cdot m^{-2} \cdot K^{-4} 5.67051 x 10-8 -8 Stefan–Boltzmann constant
28 N_A mol^{-1} 6.0221367 x 1023 23 Avogadro constant
29 V_m m^3 \cdot mol^{-1} 2.24141 x 10-2 -2 molar volume
30 R J \cdot mol^{-1} \cdot K^{-1} 8.31451 0 gas constant
31 F C \cdot mol^{-1} 9.6485309 x 104 4 Faraday constant
32 R_H \Omega 2.58128056 x 104 4 quantized Hall resistance
33 e/m_e C \cdot kg^{-1} 1.75881962 x 1011 11 electron specific charge
34 h/2m_e J \cdot s \cdot kg^{-1} 3.63694807 x 10-4 -4 quantum of circulation
35 \gamma_p s^{-1} \cdot T^{-1} 2.67522128 x 108 8 gyromagnetic ratio of proton
36 2e/h Hz \cdot V^{-1} 4.8359767 x 1014 14 Josephson frequency-voltage quotient
37 eV J 1.60217733 x 10-19 -19 elementary charge
38 t ^{\circ}C 2.7315 x 102 2 absolute zero
39 AU m 1.4959787 x 1011 11 astronomical unit
40 pc m 3.0856776 x 1016 16 parsec

Metric Conversions

No. From Unit To Unit
1 in cm
2 cm in
3 ft m
4 m ft
5 yd m
6 m yd
7 mile km
8 km mile
9 n mile m
10 m n mile
11 acre m2
12 m2 acre
13 oz g
14 g oz
15 lb kg
16 kg lb
17 °F °C
18 °C °F
19 gal(US) l
20 l gal(US)
21 gal(UK) l
22 l gal(UK)
23 fl oz(US) ml
24 ml fl oz(US)
25 fl oz(UK) ml
26 ml fl oz(UK)
27 J cal
28 cal J
29 hp kW
30 kW hp
31 ps kW
32 kW ps
33 kgf/cm2 Pa
34 Pa kgf/cm2
35 atm Pa
36 Pa atm
37 mmHg Pa
38 Pa mmHg
39 kgfm J
40 J kgfm