Question

This scientist deduced that passengers in a non-accelerating ship would not be able to tell if a ship is moving or if the rest of the world is moving backward in his namesake “relativity.” For 10 points each:
[10e] Identify this Italian scientist who dropped two identically shaped balls with different masses from the tower of Pisa and found that they landed at the same time.
ANSWER: Galileo Galilei [accept either underlined part]
[10m] According to this statement, when an object falls inside a spaceship, it is impossible to tell whether it is due to the upward acceleration of the spaceship or to a gravitational field. A form of this statement states that inertial mass is equal to gravitational mass.
ANSWER: equivalence principle
[10h] This Hungarian scientist tested the weak equivalence principle using a torsion balance, which was cited by Einstein later. He names the SI unit of gravitational gradients.
ANSWER: Loránd Eötvös
<Leo Law, Physics>

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Summary

2023 Penn Bowl @ Waterloo10/28/2023Y415.0075%50%25%
2023 Penn Bowl @ FSU10/28/2023Y215.00100%50%0%
2023 Penn Bowl (Harvard)10/21/2023Y320.00100%67%33%
2023 Penn Bowl (Mainsite)10/21/2023Y518.00100%60%20%
2023 Penn Bowl (South Central)10/28/2023Y215.00100%50%0%
2023 Penn Bowl (UK)10/28/2023Y520.00100%80%20%
2023 Penn Bowl @ UNC10/28/2023Y316.67100%67%0%

Data

Betrayed by Rita Izzatdust10 Negs that Shook the Quiz1010020
Old London TownEdinburgh1010020
Foucault's PenndulumBroken Hearts10101030
Scottish, Irish, Both or NeitherFour Neg Omelette100010
3HK1MMYes, Moderator1010020