Physical Chemistry: Thermodynamics and Kinetics

At 298.15 K, RT =

2.4790 kJ/mol^-1

At 298.15 K, RT/F=

25.693 mV

At 298.15 K, RTln 10/F=

59.160 mV

At 298.15 K, kT/hc=

207.226 cm^-1

At 298.15 K, kT/e=

25.693 meV

At 298.15 K, molar V under theta conditions=

2.4790X10^-2 m³ mol^-1 = 24.790 dm³mol^-1

N =

number of atoms in a unit cell

To get T in K

Add 273.15 to °C

eV

is equal to the amount of kinetic energy gained by an electron when it is accelerated through an electric potential difference of one volt.

1 eV in J

1.602X10^-19

1 eV in kJ/mol

96.485

1 eV in 1/cm

8065.5

1 cal (calorie) =

4.184 J

1 atm in kPa

101.325

1 atm in Torr

760

1 cm^-1

1.9864X10^-23 J

1 Angstrom

1 x10^-10 m

pi

3.14159265359

e =

2.71828182846

Taylor expansion

Taylor expansion

Taylor expansion

Taylor expansion

Taylor expansion

Derivative

Derivative

Derivative

Derivative

Derivative

Derivative

Derivative

Integral

Integral

Integral

integral

integral

if a² does not equal b²

if a^ does not equal b²