76 | Angular momentum | |

77 | Moment of inertia (Given angular momentum and Angular velocity) | |

78 | Angular velocity (given angular momentum and moment of inertia) | |

79 | Angular momentum (given linear momentum and displacement vector ) | |

80 | Angular momentum (given position vector,mass and velocity) | |

81 | Enegy (given torque and theta) | |

82 | Torque (given Energy and theta) | |

83 | Angle moved in a torque (given Energy and torque) | |

84 | Power (given angular velocity and torque) | |

85 | Angular velocity (given power and torque) | |

86 | Torque (given power and angular velocity) | |

87 | Force (given torque and arm length) | |

88 | Power (pressure,volumetric flow rate in systems with fluid flow) | |

89 | Power in rotational systems (torque and frequency of a rotation) | |

90 | Power in rotational systems (torque and angular velocity) | |

91 | Pressure (given power and volumetric flow rate in systems with fluid flow) | |

92 | Volumetric flow rate (given power and Pressure in systems with fluid flow) | |

93 | Instantaneous electrical power (given instantaneous potential difference and electric current) | |

94 | Instantaneous power (given work and time duration) | |

95 | Radial acceleration in circular motion (given angular velocity and radius) | |

96 | Radius (given angular velocity and radial acceleration in circular motion) | |

97 | Angular velocity in circular motion (given radius and acceleration) | |

98 | Radial acceleration in circular motion (given linear velocity and radius) | |

99 | Linear velocity in circular motion (given radial acceleration and radius) | |

100 | Radius in circular motion (given radial acceleration and linear velocity) | |