Question: Expand the substantial derivative D?/Dt.

Options

A : frac{D ho}{Dt}=frac{d ho}{dt}+u frac{d ho}{dx}+vfrac{d ho}{dy}+wfrac{d ho}{dz}

B : frac{D ho}{Dt}=frac{partial ho}{partial t}+u frac{d ho}{dy}+vfrac{d ho}{dz}+wfrac{d ho}{dx}

C : frac{D ho}{Dt}=frac{d ho}{dz}+ufrac{partial ho}{partial y}+vfrac{partial ho}{partial z}+w frac{partial ho}{partial t}

D : frac{D ho}{Dt}=frac{partial ho}{partial t}+ufrac{partial ho}{partial x}+vfrac{partial ho}{partial y}+w frac{partial ho}{partial z}

Click to view Correct Answer

Next

Computational Fluid Dynamics Substantial Derivative more questions

The fractional conversion is expressed as____

The slope of the curve of frac{C_C}{r_C} and frac{1}{C_A} for....

What is the unit sample response corresponding to Hd(?)?

Consider an infinitesimally small fluid element with density ? (of....

Product Rule of the derivative is given by ________

How is the substantial derivative of velocity vector denoted?

Which of these equations govern the problem of source-free one-dimensional....

The range of dispersion number for PFR is ____

Exit age distribution and F(t) are related as ____

The reaction involving oxidation of nitric oxide to nitrous oxide....

Chemical Engineering Basics - Part 1 more Online Exam Quiz

Computational Fluid Dynamics Stability

Computational Fluid Dynamics Staggered Grid

Computational Fluid Dynamics Stress Strain Tensor

Computational Fluid Dynamics Structured Grids Fvm

Computational Fluid Dynamics Sub Grid Models

Computational Fluid Dynamics Test

Computational Fluid Dynamics Thomas Algorithm

Computational Fluid Dynamics Transient Simple Piso Algorithms

Computational Fluid Dynamics Transportiveness

Computational Fluid Dynamics Turbulence Modelling