Radial component of velocity

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An isothermal ?ow occurs in a conduit. Show that the continuity equation can be written as Dp¼2pHHHHH·V for an ideal gas.

An incompressible ?uid ?ows radially (no y- or f-component) into a small circular drain. How must the radial component of velocity vary with radius as demanded by continuity?

Reference no: EM13886722

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