76 | Signal-to-noise ratio (Given the power of both signal and noise) | |

77 | Signal-to-noise ratio (Given the amplitude of both signal and noise) | |

78 | Signal-to-noise ratio (Given the power of both signal and noise in decibels) | |

79 | Signal-to-noise ratio (Given the RMS amplitude both signal and noise in decibels) | |

80 | Signal-to-noise ratio (Given signal mean or expected value and standard deviation of noise) | |

81 | Thermal noise voltage | |

82 | Thermal noise power | |

83 | Concentration of one component in a mixture (Beer-Lambert law) | |

84 | Molar absorbance of one component in a mixture (Beer-Lambert law) | |

85 | Intensity of the trapped pulse in CRDS (Cavity ring-down spectroscopy) | |

86 | Electrophoretic migration velocity in capillary electrophoresis | |

87 | Electrophoretic mobility in capillary electrophoresis | |

88 | Electrophoretic mobility (Given viscosity of medium, net charge and Stokes radius of analyte) | |

89 | Stokes radius | |

90 | Diffusion coefficient in solid | |

91 | Reaction rate constant (By the Arrhenius equation) | |

92 | Activation energy (by the Arrhenius equation) | |

93 | Diffusion coefficient for gaseous mixture (Chapman-Enskog theory) | |

94 | Maximum resolution of TEM (Transmission electron microscopy) | |

95 | Number concentrations of the solute gas in the melt phases (Henry's law in geophysics) | |

96 | Number concentrations of the solute gas in the melt phases (Henry's law in geophysics) | |

97 | Height of a liquid column (Capillary action) | |

98 | Cumulative volume of absorbed liquid (Liquid transport in porous media) | |

99 | Cumulative infiltration (Liquid transport in porous media) | |

100 | Wetted length (given Liquid transport in porous media, cumulative liquid intake) | |