26 | Displacement in a plane (given initial and final positions) | |

27 | Speed (given traveled distance and time interval) | |

28 | Speed (given initial speed,acceleration and time) | |

29 | Displacement (given initial speed, final speed and time interval) | |

30 | Displacement (given initial velocity,acceleration and time interval) | |

31 | Position at time t (given initial position,initial speed,acceleration,time interval) | |

32 | Final speed,Torricelli\'s equation (given initial speed,acceleration and displacement) | |

33 | Kinetic energy (given mass and speed) | |

34 | Relative speed (given speeds of two objects) | |

35 | Speed in polar coordinates (given transverse velocity and radial velocity) | |

36 | Weight, gravitation or gravity (given mass, local acceleration of free fall) | |

37 | Newton\'s law of universal gravitation | |

38 | Density (given mass and volume) | |

39 | Mass (given density and volume) | |

40 | Volume (given mass and density) | |

41 | Pressure (given normal force and area) | |

42 | Normal force (given pressure and area) | |

43 | Area of the surface area on contact (given normal force and pressure) | |

44 | Fluid pressure,liquid pressure or pressure at depth (given density,height) | |

45 | Liquid height or depth (given pressure,density,acceleration of gravity) | |

46 | Liquid density (given liquid pressure,height,acceleration of gravity) | |

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

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

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

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