Question

a simple pendulum takes 16 sec tocomplete 10 oscillations what is the time periods of the pendulum​

Answer 1

Answer:

1.6 seconds

lowest form of 16/5

=2×8/2×5

=8/5

divide it

=1.6

Answer 2

The time period of the given simple pendulum will be 1.6 seconds.

Given,

A simple pendulum takes 16 sec to complete 10 oscillations.

To find,

The time period of the pendulum.

Solution,

A simple pendulum can be defined as a system or a device consisting of a point mass (called bob) attached to a massless inextensible string and, is suspended from a fixed support. This mass can then freely oscillate about the fixed point.

The time period of a simple pendulum is the time taken to complete one oscillation. It is denoted by T and expressed in seconds (s).

Here, the pendulum is given to be making 10 oscillations in 16 seconds.

So, the time taken for 1 oscillation will be the time period (T), that is,

$T = \frac{Total \hspace{3} time\hspace{3} taken}{Total\hspace{3} oscillations}$

$T=\frac{16}{10}$

⇒ T = 1.6 seconds.

Therefore, the time period of the given simple pendulum will be 1.6 seconds.