Question

A body weighing 4.9 N is hung from a spring . A pull of 10 N will stretch the spring to 5 cm . The body is pulled down 6 cm below the static equilibrium position and then released. Find the displacement of the body from its equilibrium position in time t seconds , the maximum velocity and period of oscillation.

Answer 1

Answer:

body weighing 4.9 N is hung from a spring . A pull of 10 N will stretch ...

5 hours ago · The body is pulled down 6 cm below the static equilibrium position and then released. Find the displacement of the body ...

Answer 2

GIVEN:

     Body weight hung from a spring $4.9N$

     Weight applied on the spring to stretch $10N$

     Length of the spring stretched by appling the load 10N is $5CM$

     Length of the body is pulled down below the static equilibrium position and then released is $6cm$

TO FIND:

           Maximum velocity and Period of oscillation