state law of tension
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Tension Formula
The tension formula is articulated as below,
T=(2m1m2m1+m2)g
Law of Tension
The frequency of transverse vibration of a strained string is proportional to the square root of the tension (T) exerted on the string provided the vibrating length ll and mass per unit length mm are kept constant. That is if l and m are constant, ν ∝ √T, Newton (N) is the unit for tension.
The tension formula is articulated as below,
T=(2m1m2m1+m2)g
Law of Tension
The frequency of transverse vibration of a strained string is proportional to the square root of the tension (T) exerted on the string provided the vibrating length ll and mass per unit length mm are kept constant. That is if l and m are constant, ν ∝ √T, Newton (N) is the unit for tension.
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⏭️Tension Formula
✔️The tension formula is articulated as below,
T=(2m1m2m1+m2)g
⏭️Law of Tension
✔️The frequency of transverse vibration of a strained string is proportional to the square root of the tension (T) exerted on the string provided the vibrating length ll and mass per unit length mm are kept constant. That is if l and m are constant, ν ∝ √T, Newton (N) is the unit for tension.
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