Pendula of length ratio 4-1, shown in Figure 1, are released together and their periods compared. The period of a pendulum is proportional to the square root of the length, so the ratio of periods between the long pendulum T L and the short pendulum T S i
Abstract: We describe the correct cubic relation between the mass configuration of a Kater reversibl...
This essay studies resonance in a simple harmonic motion with a pendulum, in order to answer the que...
<p>(A) Pendulum setup with 2000 N arm weight. (B) Detail view on fulcrum. (C) Theoretical model of t...
Pendula with the same length but different mass, as shown in Figure 1, are released together so that...
This physical pendulum consists of a rigid bar of aluminum, suspended from a point near one end. The...
Two identical physical pendula are coupled by a spring. When one of the pendula is started into mo...
A weight mounted securely on a hanging rod forms a physical pendulum that is coupled to a rocker bar...
振子の振幅と周期との関係を、物理振子を用いて実測し、理論的によく一致した実験結果を得た。また摩擦等による振幅の減衰による周期への寄与についても考察を加えた。In the treatment of el...
Pendulum motion is an example of simple harmonic motion which undergoes back and forth motion throug...
The interesting properties of a pendulum are that the pendulum executes simple harmonic motion, and ...
<p>The period of a mathematical pendulum system obtained by FPA with <i>M</i> = 200, <i>h</i> = 0.01...
A simple pendulum is raised and released from rest such that when it reaches its lowest point the st...
A mass hanging on a spring executes simple harmonic motion when displaced vertically from its equili...
Proportion of the time spent by participants in the balancing region (± 0.27 rad from the vertical a...
A series of four metal arcs, with angular widths of increasing portions of a circle, are suspended s...
Abstract: We describe the correct cubic relation between the mass configuration of a Kater reversibl...
This essay studies resonance in a simple harmonic motion with a pendulum, in order to answer the que...
<p>(A) Pendulum setup with 2000 N arm weight. (B) Detail view on fulcrum. (C) Theoretical model of t...
Pendula with the same length but different mass, as shown in Figure 1, are released together so that...
This physical pendulum consists of a rigid bar of aluminum, suspended from a point near one end. The...
Two identical physical pendula are coupled by a spring. When one of the pendula is started into mo...
A weight mounted securely on a hanging rod forms a physical pendulum that is coupled to a rocker bar...
振子の振幅と周期との関係を、物理振子を用いて実測し、理論的によく一致した実験結果を得た。また摩擦等による振幅の減衰による周期への寄与についても考察を加えた。In the treatment of el...
Pendulum motion is an example of simple harmonic motion which undergoes back and forth motion throug...
The interesting properties of a pendulum are that the pendulum executes simple harmonic motion, and ...
<p>The period of a mathematical pendulum system obtained by FPA with <i>M</i> = 200, <i>h</i> = 0.01...
A simple pendulum is raised and released from rest such that when it reaches its lowest point the st...
A mass hanging on a spring executes simple harmonic motion when displaced vertically from its equili...
Proportion of the time spent by participants in the balancing region (± 0.27 rad from the vertical a...
A series of four metal arcs, with angular widths of increasing portions of a circle, are suspended s...
Abstract: We describe the correct cubic relation between the mass configuration of a Kater reversibl...
This essay studies resonance in a simple harmonic motion with a pendulum, in order to answer the que...
<p>(A) Pendulum setup with 2000 N arm weight. (B) Detail view on fulcrum. (C) Theoretical model of t...