Answer :
Answer:
≅12m/s²
Explanation:
T = [tex]2\pi \sqrt{\frac{L}{g} }[/tex]
where T = time taken for no of oscillation/no of oscillation
T = 134/100
= 1.34
g = (2π)²L/T²
g = (2π)² 0.55/1.34²
= 39.5 ×0.306
= 12.099
≅ 12m/s²
Answer:
≅12m/s²
Explanation:
T = [tex]2\pi \sqrt{\frac{L}{g} }[/tex]
where T = time taken for no of oscillation/no of oscillation
T = 134/100
= 1.34
g = (2π)²L/T²
g = (2π)² 0.55/1.34²
= 39.5 ×0.306
= 12.099
≅ 12m/s²