- #1
chocofingers
- 30
- 0
Could anybody temme what wuld happen to the time period and the amplitude of oscillations if a mass attaching to a ruler, lying horizontally on the table, is broken ...then what effect would this have on the amplitude and time period of oscillations?
I say that amplitude would increase because mass is inversely proportional to amplitude and time period would decrease since it is directly proportional to mass...
the two formulas i derived my answers are...
F = mr (omega)^2
and T^2 = 4 x pi^2 x m/k
Am I right?
I say that amplitude would increase because mass is inversely proportional to amplitude and time period would decrease since it is directly proportional to mass...
the two formulas i derived my answers are...
F = mr (omega)^2
and T^2 = 4 x pi^2 x m/k
Am I right?