Gauss divergence theorem, Physics

Assignment Help:

Using Gauss divergence theorem show that the volume of a sphere of radius 'r' is 4⁄3 πr3.


Related Discussions:- Gauss divergence theorem

Buoyancy, Why do dead bodies float in water ?

Why do dead bodies float in water ?

Compute the pitching motion of the spacecraft, A spacecraft design similar ...

A spacecraft design similar to GEOSAT proposes to use passive gravity-gradient stabilization for pitch attitude control (motion about the y-axis).  The satellite consists of a tip

Work, A 6kg crate originally at rest is pulled to the right along a horizon...

A 6kg crate originally at rest is pulled to the right along a horizontal plane with a constant horizontal force of 12N. a)find the velocity of the crate once it has moved 3m on th

Fluid Mechanics, Hello, Placing a smooth walled cone, say for now, a 24" d...

Hello, Placing a smooth walled cone, say for now, a 24" diameter intake x 96" in length that smoothly tapers to an 1-1/2" diameter outlet, (a drogue placed 48" deep at the centerl

Define the process - liquid-solid-liquid, Define the Process - Liquid-Solid...

Define the Process - Liquid-Solid-Liquid? A small quantity of water of mass m = 50g in a container at temperature T = 273 K is placed inside a vacuum chamber which is expatria

Amplfler, Ac equivalent circuit

Ac equivalent circuit

State the conditions to achieve total internal reflection, Q. State the con...

Q. State the conditions to achieve total internal reflection. For entire internal reflection to take place (a) Light should travel from a denser medium to a rarer medium an

Introduce concept about the carbon dioxide laser, Introduce concept about t...

Introduce concept about the carbon dioxide laser. A test target is vaporized and bursts within flame onto irradiation through a high power continuous wave carbon dioxide laser

Classify the flow as laminar or turbulent, A flow rate of 200 gpm of oil wi...

A flow rate of 200 gpm of oil with u=1.5 x 10 -3 lb-sec/ft2 and p=1.7 slug/ft3 occurs in a 4-in pipe. Determine the Reynolds number. Classify the flow as laminar or turbulent. Wha

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd