Top Notch Derivation Of Ascent Formula

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Derivation of ascent formula. The derivation of formulas is given in a detailed manner which will help students to understand the concepts with ease. This topic is based on Fluid MechanicsFM. The liquid then ceases to rise.

As the liquid rises its weight increases and at a particular height say h the force due to surface tension in the upward direction becomes equal to the weight of the liquid in the downward direction. So we are going to derive a formula for the ascent of fluid in a capillary tube. Derivation of Ascent Formula.

Ascent of a liquid column in a capillary tube is given by. In this video lecture I have discussed the derivation of the ascent formula which is based on the phenomenon of rising or fall of a liquid in a capillary tu. Go ahead you are on the best path of learning.

As the liquid rises its weight increases and at a particular height say h the force due to surface tension in the upward direction becomes equal to the weight of the liquid in the downward direction. Also we can note that time of ascent time of descent. Pradeep Kshetrapal Tutorials Point India Private Limited.

Ascent formula derivation class 11 physics Students must understand the derivation of all physics formulas in a detailed manner to excel in the subject. Above is the required ascent formula. Follow Report by Neeraj1141 02032020 Log in to add a comment.

Avail 25 off on study pack. Time of flight Time of ascent Time of descent Time of descent Time of flight Time of ascent This is an expression for the time of the descent of a projectile. CAPILLARY RISE DERIVATION Lets take a capillary tube of radius r and insert it into a vessel of fluid which has density ρ and having surface tension T and pressure outside is Pa and inside the tube is p0 and θ is the angle of contact see the following figure.