Tension is a pulling force transmitted along a taut string, rope, or similar body. For an ideal uniform string with linear mass density μ, constant tension T sets the small transverse wave speed c=T/μ.
An ideal string of negligible mass and fixed length, transmitting tension when taut. In an ideal guide with no friction, the tension magnitude is the same on both sides: otherwise the force balance on an arbitrarily short massless segment would fail. Its fixed length gives a mechanical constraint relating the endpoint velocities. The two endpoint tension powers sum to zero when the guide is stationary; the string can transfer energy between connected particles without adding net energy.
Ancestors (5)
Incoming links (135)
- Amplitude scaling along a slowly tapered string
- Bending stiffness in a membrane waveguide
- Buckling of a synthetic film
- Catenary from hyperbolic cosine
- Centrifugal strain of a thin elastic hoop
- Centripetal force
- Characteristic impedance of a stretched string
- Conical pendulum
- Critical pulling angle of a rolling spool
- Displacement coefficients at a string junction
- Double pendulum Lagrangian
- Driven string standing wave experiment
- Drum-frequency dimensional scaling
- End-driven two-bead string
- Energy per wavelength of a transverse string wave
- Entropic force
- Equal string-mode energies with inverse-mode-number amplitudes
- Fixed-end standing wave frequencies
- Latitude law of Foucault precession
- Leaking bucket under constant tension
- Linear mass density
- Massless inextensible string
- Mechanical string
- Membrane bending rigidity
- Micropipette aspiration
- Normal mode
- Normal-mode energy exchange
- Normal modes of a uniformly loaded finite string
- One-dimensional entropic chain force-extension relation
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