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A | B | C | D | E | F | ||
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1 | pressure (fund) | pressure | acceleration | density | 7 fundamental quantities | ||

2 | Amanda | force to area | distance/time* 2 | mass to volume | mass, time, electric charge, temperature, amount of substance, luminous intensity, distance | ||

3 | Craig | amount of substance/ distance^2 | amount of substance/ distance^2 | distance/time^2 | mass distance | mass, temperature, lumiosity, | |

4 | Dennis | mass/ time^2*distance | mass/volume | ditance/time ^2 | mass/distance ^3 | mass, distance, temperature, pressure, matter quantity, electric charge, illuminosity, | |

5 | Erin | (mass)(distance/time^2)/ (distance^2) | force/ area | distance/ time ^2 | mass to volume | mass, distance,temperature | |

6 | Holly | mass* distance/time | mass/force | distance/time | M/V | Distance, Mass, Time, Temperature, | |

7 | Jacob | mass/distance/time^2/distance^2 | mass to surface area | distance/time^2 | mass to volume | distance, time, mass, amount, temperature, light intensity, electric charge | |

8 | Jamie | mass squared over time squared X length squared | force to area | distance per time squared | mass and volume | distance, number of something, temperature, mass, force, luminosity, charge | |

9 | Jason | ||||||

10 | Jessica | (mass)(distance/time^2)/Length^2 | force / area | distance/time^2 | m/v | time, temperature, mass, distance, volume, illumination, amount | |

11 | Kevin B. | (mass)(distance/time^2) per (distance)^2 | force/unit area | distance/(time)^2 | mass/distance | luminence, mass, distance, time, number, energy (temperature) | |

12 | Kevin D. | (mass*distance/time^2)/distance^2 = mass*distance/time^2 | mass/area | distance/time^2 | mass/volume (distance^3) | mass, matter, time, charge, distance, tempaerature, luminosity | |

13 | Lori | g/m2 | pounds per square inch | distance/time square | mass to volume | mass, matter, time, charge, distance luminosity, electric charge | |

14 | Mark | massxdistance/time squared x distance squared | distance x times squared | mass over volume | distance, temperature, mass, amount of substance, luminosity, electric charge | ||

15 | Melissa | mass / distance^2 | force / area | distance / time^2 | mass to volume | ||

16 | Rita | (m x distance/time^2)/distance^2 | force per area | distance/time^2 | m/v (distance^3) | distance, time, temperature, mass, light intensity, charge, amount | |

17 | Russell | ||||||

18 | Stephen | [mass/time^2)]/(distance) | force/area | distance/time^2 | mass/volume | mass, length, charge, quantity, temperature, light, time | |

19 | Tamara | mass/time^2*distance | force over area | distance per time^2 | mass volume | mass, length, charge, amount, luminosity | |

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