## Hooke's Law and Single Harmonic Motion### B. Spring Elongation**DATA TABLE 2**| Total suspended weights (N) | Scale reading (m) ||-----------------------------|-------------------|| m₁g (0.100 kg)g | y₁ 0.003 || m₂g (0.200 kg)g | y₂ 0.025 || m₃g (0.300 kg)g | y₃ 0.045 || m₄g (0.400 kg)g | y₄ 0.068 || m₅g (0.500 kg)g | y₅ 0.091 || m₆g (0.600 kg)g | y₆ 0.113 || m₇g | |- **k (slope of graph):** ___________ (units)### C. Period of Oscillation**DATA TABLE 3**| Total suspended mass (kg) | Total time (s) | Number of oscillations | Average period (s) | T² (s²) ||---------------------------|----------------|------------------------|--------------------|----------|| m₁ 0.500 | 12.85 | 20 | 0.64 | 0.41 || m₂ 0.400 | 11.62 | 20 | 0.58 | 0.34 || m₃ 0.300 | 10.29 | 20 | 0.51 | 0.26 || m₄ 0.200 | 8.26 | 20 | 0.41 | 0.17 |- **Slope of graph:** ___________ (units)- **Computed spring constant k:** ___________ (units)- **Percent difference of k:** ___________ ### Explanation of Graphs and Tables- **Data Table 2** presents measurements of spring elongation. It details how different weights, when suspended, cause varying extensions measured by scale readings.- **Data Table 3** displays information on oscillation periods. It includes multiple columns detailing the total suspended mass, total time of oscillations

Name: ## Hooke's Law and Single Harmonic Motion### B. Spring Elongation**DA
Uploaded: 2024-03-20T06:58:04.000Z
Channel: Bartleby
Description: ## Hooke's Law and Single Harmonic Motion### B. Spring Elongation**DATA TABLE 2**| Total suspended weights (N) | Scale reading (m) ||-----------------------------|-------------------|| m₁g (0.100 kg)g | y₁ 0.003 || m₂g (0.200 kg