To study the dissipations of the energy of a simple pendulum, student plots a graph between square root of time and amplitude. The graph would be a

Question

To study the dissipations of the energy of a simple pendulum, student plots a graph between square root of time and amplitude. The graph would be a (A) straight line (B) hyperbola (C) parabola (D) exponential

Tardigrade Admin · Accepted Answer

a2t= constant a√t= constant so hyperbola.

Q. To study the dissipations of the energy of a simple pendulum, student plots a graph between square root of time and amplitude. The graph would be a

straight line

hyperbola

parabola

exponential

$a^{2} t =$ constant
$a t =$ constant
so hyperbola.

Q. To study the dissipations of the energy of a simple pendulum, student plots a graph between square root of time and amplitude. The graph would be a

straight line

hyperbola

parabola

exponential

a2t= constant at​= constant so hyperbola.

$a^{2} t =$ constant
$a t =$ constant
so hyperbola.