If stretching force F1 is applied on a vertical metal wire then it's length is L1 and if force F2 is applied on it then it's length becomes L2 . The real length of wire is

Open in App

Solution

Suggest Corrections

Similar questions

Q. If a stretching force

F 1

is applied on a vertical metal wire then its length is

L 1

and if force

F 2

is applied on it then its length becomes

1.2

. The real length of wire is?

Q. The length of a uniform metal wire is observed to be

l_{1}

and

l_{2}

under the stretching forces

F_{1}

and

F_{2}

. The natural length of the wire is

The length of a steel wire when stretched by a force $F_{1}$ is $l_{1}$ and when stretched by a force $F_{2}$ is $l_{2}$ .The unstretched length of the wire is

Q. When the tension in a metal wire is

F_{1}

its length is

L_{1}

and then the tension in the wire is

F_{2}

the length is

L_{2}

. The natural length of the wire is

Join BYJU'S Learning Program