Question: Consider a model of finite control volume (volume V and surface area) moving along the flow with elemental volume dV, vector elemental surface area dvec{S}, density ? and flow velocity vec{V}. What is the time rate of change of mass inside the control volume?

Options

A : iiint_V ho dV

B : frac{partial}{partial t} iiint_V ho dV

C : frac{D}{Dt} iiint_V ho dV

D : ?dV

Click to view Correct Answer

Next

Computational Fluid Dynamics Continuity Equation Finite Control Volume more questions

What is the equation for the frequency ?k in the....

What is the general formula that represent the phase of....

The performance equation for CSTR is_________

What is the value of discrete time signal x(n) at....

Let hat{u} be the specific internal energy of a system....

Consider a model of finite control volume (volume V and....

Consider a model of finite control volume (volume V and....

Evaluation of intint_R f(x,y) ,dx ,dy in cartesian coordinate can....

Which of these equations represent the semi-discretized equation of a....

Consider the continuity equation frac{partial ho}{partial t}+ abla.( ho vec{V})=0.....

Chemical Engineering Basics - Part 1 more Online Exam Quiz

Computational Fluid Dynamics Classification Pde 1

Computational Fluid Dynamics Components Numerical Methods

Computational Fluid Dynamics Conservation Equation

Computational Fluid Dynamics Conservativeness

Computational Fluid Dynamics Consistency

Computational Fluid Dynamics Convection Boundedness Criterion

Computational Fluid Dynamics Convergence

Computational Fluid Dynamics Crank Nicolson Adams Moulton Schemes

Computational Fluid Dynamics Discretization

Computational Fluid Dynamics Discretization Approaches