We discuss the accuracy of a previously proposed computable approximation for the period of the simple pendulum. In particular, we apply known inequalities for the Gaussian hypergeometric function to prove that the associated error is a monotonic function of the maximum angular displacement, α. For any given range of α, this provides an analytical verification of a precise bound for the associated error
During pendulum analysis, the approximation for small angles is usually performed as a simple harmon...
The exact expression for the maximum tension of a pendulum string is used to obtain a closed-form ap...
The period of oscillation T(α) of a gravity pendulum when it swings with amplitude a is usually give...
An approximation scheme to obtain the period for large amplitude oscillations of a simple pendulum i...
Abstract Despite its elementary structure, the simple pendulum oscillations are described by a nonli...
A new analytical approximate expression for the period of the simple pendulum is obtained by using a...
The period of oscillation T(α) of a gravity pendulum when it swings with amplitude a is usually give...
particularly fluid mechanics, applied mathematics, and their applications in engineering, science, a...
An approximate scheme for obtaining the period of a simple pendulum for large-amplitude oscillations...
A closed-form approximate expression for the solution of a simple pendulum in terms of elementary fu...
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...
The Gaussian error function is a non-fundamental function that is commonly used in probability theor...
<p>The period of a mathematical pendulum system obtained by FPA with <i>M</i> = 200, <i>h</i> = 0.01...
AbstractThe exact expression for the maximum tension of a pendulum string is used to obtain a closed...
The acceleration due to gravity is normally determined in elementaryPhysics laboratories using the c...
During pendulum analysis, the approximation for small angles is usually performed as a simple harmon...
The exact expression for the maximum tension of a pendulum string is used to obtain a closed-form ap...
The period of oscillation T(α) of a gravity pendulum when it swings with amplitude a is usually give...
An approximation scheme to obtain the period for large amplitude oscillations of a simple pendulum i...
Abstract Despite its elementary structure, the simple pendulum oscillations are described by a nonli...
A new analytical approximate expression for the period of the simple pendulum is obtained by using a...
The period of oscillation T(α) of a gravity pendulum when it swings with amplitude a is usually give...
particularly fluid mechanics, applied mathematics, and their applications in engineering, science, a...
An approximate scheme for obtaining the period of a simple pendulum for large-amplitude oscillations...
A closed-form approximate expression for the solution of a simple pendulum in terms of elementary fu...
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...
The Gaussian error function is a non-fundamental function that is commonly used in probability theor...
<p>The period of a mathematical pendulum system obtained by FPA with <i>M</i> = 200, <i>h</i> = 0.01...
AbstractThe exact expression for the maximum tension of a pendulum string is used to obtain a closed...
The acceleration due to gravity is normally determined in elementaryPhysics laboratories using the c...
During pendulum analysis, the approximation for small angles is usually performed as a simple harmon...
The exact expression for the maximum tension of a pendulum string is used to obtain a closed-form ap...
The period of oscillation T(α) of a gravity pendulum when it swings with amplitude a is usually give...