A string is stretched by two equal and opposite forces F newton each the tension in string is?

Explanation:

Let us consider  the above mentioned string as "String A".

Usually a string contains two parts namely the right part and the left part.

The interaction between two such parts is referred to as Tension (T).

Now as mentioned when two equal and opposite force acts on the string which leads to its stretching, The string will neither move towards to its left and to its right but will tend to remain in the equilibrium state.

This can further be clearly explained with the help of Newtons Third law which states that "Every action has a equal and opposite reaction".

As both equal and opposite forces acts,It will not create any impact in the movement of the string and will tend to remain the same.

Hence we can conclude that the tension of the string is in equilibrium.

specific latent heat of fusion, lf, of a substance is defined as the amount of heat required to change a unit mass of the substance from solid to liquid state, without any change in the temperature.

explanation: