| Name |
Value |
| Acceleration due to gravity |
\(g =\) \(\text{9,8}\ \text{m·s$^{-2}$}\)
|
| Universal gravitational constant |
\(G =\) \(\text{6,67} \times \text{10}^{-\text{11}}\ \text{N·m$^{2}$·kg$^{-2}$}\)
|
| Speed of light in a vacuum |
\(c =\) \(\text{3,0} \times \text{10}^{\text{8}}\ \text{m·s$^{-1}$}\)
|
| Planck's constant |
\(h =\) \(\text{6,63} \times \text{10}^{-\text{34}}\ \text{J·s}\)
|
| Coulomb's constant |
\(k =\) \(\text{9,0} \times \text{10}^{\text{9}}\ \text{N·m$^{2}$·C$^{-2}$}\)
|
| Charge of an electron |
\(e =\) \(-\)\(\text{1,6} \times \text{10}^{-\text{19}}\ \text{C}\)
|
| Electron mass |
\(m_{\text{e}} =\) \(\text{9,11} \times \text{10}^{-\text{31}}\ \text{kg}\)
|
| Standard pressure |
\(p^{θ} =\)
\(\text{1}\ \text{atm}\)
\(=\)
\(\text{1,013} \times \text{10}^{\text{5}}\ \text{Pa}\)
|
| Standard temperature |
\(T^{θ} =\)
\(\text{0}\text{°C}\)
\(=\)
\(\text{273}\ \text{K}\)
|
| Molar gas volume at STP |
\(V_{\text{m}} =\) \(\text{22,4}\ \text{dm$^{3}$·mol$^{-1}$}\)
|
| Universal gas constant |
\(R =\) \(\text{8,31}\ \text{J·K$^{-1}$·mol$^{-1}$}\)
|
| Avogadro's number |
\(N_{\text{A}} =\) \(\text{6,02} \times \text{10}^{\text{23}}\ \text{mol$^{-1}$}\)
|
