ACT Science Data & Viewpoints Sprint
10:00
Passage & Reference Material
Students conducted an experiment to examine how pendulum arm length (LL, in cm) and bob mass (MM, in grams) affect the period of oscillation (TT, in seconds).
- Trial 1: L=25 cmL = 25\text{ cm}, M=50 g    T=1.00 sM = 50\text{ g} \implies T = 1.00\text{ s}
- Trial 2: L=25 cmL = 25\text{ cm}, M=100 g    T=1.00 sM = 100\text{ g} \implies T = 1.00\text{ s}
- Trial 3: L=100 cmL = 100\text{ cm}, M=50 g    T=2.01 sM = 50\text{ g} \implies T = 2.01\text{ s}
- Trial 4: L=100 cmL = 100\text{ cm}, M=100 g    T=2.00 sM = 100\text{ g} \implies T = 2.00\text{ s}
Question 1 of 2
Difficulty: Medium
Based on the experimental data, which conclusion regarding the period of the pendulum is most accurate?