101 | Buoyancy by Archimedes\' principle (given liquid density,volume of liquid displaced) | |

102 | Density of liquid by Archimedes\' principle (given buoyancy,volumn of liquid displaced) | |

103 | Volumn of liquid displaced by Archimedes\' principle (given buoyance,density of liquid) | |

104 | Power or force of lever (given power arm,work,work arm) | |

105 | Mechanical efficiency (given measured performance,ideal performance) | |

106 | Mechanical efficiency for lifting object (given weight,heigth,force,distance) | |

107 | Mechanical efficiency for block and tackle (given load weight,force,number of rope pulley) | |

108 | Mechanical efficiency for block and tackle (given weight of material,weight of segments) | |

109 | Mechanical efficiency for block and tackle (given friction,length,force,distance) | |

110 | Electric Field | |

111 | Electric field force | |

112 | Electric charge (given electric field and force) | |

113 | Electric field (given electric potential difference and distance) | |

114 | Electric potential difference(given Electric Field and distance) | |

115 | Distance (given electric Field and electric potential difference) | |

116 | Magnetic field (Laplace force) | |

117 | Magnetic field force (Laplace force) | |

118 | Electric current (given Magnetic Field,Magnetic Field force and length) | |

119 | Length (given Magnetic Field,Magnetic Field force and electric current ) | |

120 | Hooke's law | |

121 | Displacement of the spring (given force and constant) | |

122 | Weight on the Mercury | |

123 | Weight on the Venus | |

124 | Elastic potential energy (potential energy stored in a spring ) | |

125 | Weight on the Mars | |