Texas Instruments TI36X User Manual - Page 18

Physical Constants

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Physical Constants c speed of light 299,792,458 meters per second g gravitational acceleration 9.80665 meters per second2 me electron mass 9.1093897Q 10-31 kilograms e electron charge 1.60217733Q 10-19 coulombs h Planck's constant 6.6260755Q 10-34 Joule seconds NA Avogadro's number 6.0221367Q 1023 molecules per mole R ideal gas constant 8.31451 Joules per mole °Kelvin G universal gravitation 6.67259 Q 10-11 Newton meters2 per kilogram2 Press " U and then the appropriate constant key. Calculate 3 times the speed of light: 3 8 " U ãCä O 899377374. 17

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17
Physical Constants
c
speed of light
299,792,458 meters per second
g
gravitational
acceleration
9.80665 meters per second
2
m
e
electron mass
9.1093897
Q
10
-
31
kilograms
e
electron charge
1.60217733
Q
10
-
19
coulombs
h
Planck’s constant
6.6260755
Q
10
-
34
Joule
seconds
N
A
Avogadro’s number
6.0221367
Q
10
23
molecules per
mole
R
ideal gas constant
8.31451 Joules per mole °Kelvin
G
universal
gravitation
6.67259
Q
10
-
11
Newton
meters
2
per kilogram
2
Press
"
U
and then the appropriate constant
key.
Calculate 3 times the speed of light:
3
8
"
U
ã
C
ä
O
899377374.