Partial differential equations Quiz Questions and Answers 2 PDF Download

Learn partial differential equations quiz questions, online mechanical engineering test 2 for distance learning degree, online courses. Colleges and universities courses MCQs on mathematical behavior of partial differential equation quiz, partial differential equations multiple choice questions and answers to learn cfd quiz with answers. Practice partial differential equations MCQs career test assessment on errors and analysis of stability, transformation of equation, purpose of cfd, partial differential equations practice test for online bachelor degree in mechatronics engineering jobs test.

Study bachelor degree and masters in mechanical engineering questions, partial differential equations online course has multiple choice question (MCQs): at mach number ma < 1, pressure disturbances travel with options faster than flow velocity, slower than flow velocity, equal to flow velocity and none of these with online engineering management course questions and answers for summative assessment of students. Learn mathematical behavior of partial differential equation quiz questions with problem solving skills assessment test.

Quiz on Partial differential equations Worksheet 2Quiz PDF Download

Purpose of CFD Quiz

MCQ: At Mach number Ma < 1, pressure disturbances travel

  1. faster than flow velocity
  2. slower than flow velocity
  3. equal to flow velocity
  4. None of these

A

Purpose of CFD Quiz

MCQ: Dividing line between subsonic and super sonic regime is called

  1. subsonic line
  2. supersonic line
  3. sonic line
  4. reference line

C

Purpose of CFD Quiz

MCQ: Truncation error becomes zero as mesh spacing tends to

  1. maximum
  2. minimum
  3. zero
  4. None of these

C

Purpose of CFD Quiz

MCQ: Difference between exact solution to mathematical model and discretized equations used to approximate it is called

  1. modeling error
  2. discretization error
  3. convergence error
  4. None of these

B

Purpose of CFD Quiz

MCQ: Euler number indicates relationship between

  1. pressure drop
  2. temperature drop
  3. velocity drop
  4. viscosity drop

A