Inverse of a Matrix Quiz Questions and Answers 118 PDF Download

Learn inverse of a matrix quiz, applied math quiz 118 for online learning. Free mathematics MCQs questions and answers to practice inverse of a matrix MCQs with answers. Practice MCQs to test knowledge on inverse of a matrix, characteristics of exponential functions, types of functions, linear programming models, revenue function calculations worksheets.

Free inverse of a matrix worksheet has multiple choice quiz question as procedure in which matrix a is augmented with an identity matrix having dimension as (mxm) is classified as, answer key with choices as gaussian addition procedure , gaussian constant procedure , gaussian reduction procedure and gaussian variable procedure problem solving to test study skills. For online learning, viva help and jobs' interview preparation tips, study matrix algebra multiple choice questions based quiz question and answers.

Quiz on Inverse of a Matrix Quiz PDF Download Worksheet 118

Inverse of a Matrix Quiz

MCQ. The procedure in which matrix A is augmented with an identity matrix having dimension as (mxm) is classified as

  1. Gaussian addition procedure
  2. Gaussian constant procedure
  3. Gaussian reduction procedure
  4. Gaussian variable procedure

C

Characteristics of Exponential Functions Quiz

MCQ. The continuous compounding is the type of compounding in which the occurs

  1. once in compound period
  2. all the time
  3. twice in compound period
  4. thrice in compound period

B

Types of Functions Quiz

MCQ. The function with the general form y = ƒ(x) = g(x)⁄h(x)is the form of function called

  1. marginal function
  2. rational function
  3. irrational function
  4. polynomial function

B

Linear Programming Models Quiz

MCQ. The more generalized techniques for modeling the frameworks is classified as

  1. linear programming
  2. mathematical programming
  3. framework modeling
  4. rows and column modeling

B

Revenue Function Calculations Quiz

MCQ. The revenue function is R(x) = 80x and the cost function is C(x) is 60x+16000 then break even point is

  1. 600 units
  2. 700 units
  3. 800 units
  4. 900 units

C