Random vibration method has been used widely in measuring the tension force of cable.The method has the peculiarity of speediness,economy and precision,but people often pay no attention to its question.The author analyses various of factors influencing precision and puts forward the solution.关键词:...
If a string can handle a max tension of 85 N what is the largest mass that could be lifted with this string if it is lifted with an acceleration of 2.0...
e.g., a linearly increasing force ramp ([Math Processing Error]F(t)=ft) where[Math Processing Error]f, the time rate of change of applied force, is constant. By applying models that relate the unbinding constant and force, we can complete the integration and...
What we’d need to know first is what tension or clamping force are you trying to achieve? We can then calculate a ballpark torque value, but you would still want to verify that before installation. Reply Nick says: November 22, 2017 at 2:22 am Does the length of the bolt not ...
Mao, Simple weighted integration method for calculat- ing surface tension for suppression of parasitic flow in the level set approach, Chin. J. Chem. Eng. 14 (2006) 740-746.A Simple Weighted Integration Method for Calculating Surface Tension Force to Suppress Parasitic Flow in the Level Set ...
Homework Statement A man is pulling a 40.0 kg crate across a level floor with a horizontal force, and the coefficient of kinetic friction is μk = 0.59...
Empty Glider with loose band - top of track Mass of Glider: Length of Post-it: 2 Position of Glider when it is as the top of track: Position of Glider when it hits rubber band: Calculations Ultimately, we need to find the force the rubber band exerts on the glider in each ...
A crate is dragged up an incline plane using a string with a tension force of900Nparallel to the plane. The crate has a mass of25kgand the plane is angled at12∘. Assumingg=9.8m/s2, calculate the normal force acting on the crate. ...
The tension throughout the string over the pulley is same .Since the force exerted on the left part of the string is T ,the tension in the right part(1-Blue) is also T .Next consider the top pulley.The tension in the left part of the string(2-green) should be 2T .Why? Becau...
In this case, the force would be the tension in the bungee cord and the distance would be the length of the throwarm. This will give you the torque required to move the throwarm. To find the ideal energy transferred to the projectile, you will need to consider the energy stored in ...