Total Quality Management Questions and Answers – Agile Manufacturing

This set of Total Quality Management Multiple Choice Questions & Answers (MCQs) focuses on “Agile Manufacturing”. 1. Which of the following is not associated with Agile Manufacturing? a) Operational Flexibility b) Bottom-up innovation c) Operator augmentation d) Slow approach 2. Agile Manufacturing focuses on faster response to customer demands. a) True b) False 3. Which … Read more

Matrix Inversion Questions and Answers – Cramer’s Rule

This set of Numerical Methods Multiple Choice Questions & Answers (MCQs) focuses on “Cramer’s Rule”. 1. Cramer’s Rule fails for ___________ a) Determinant > 0 b) Determinant < 0 c) Determinant = 0 d) Determinant = non-real 2. Cramer’s Rule is not suitable for which type of problems? a) Small systems with 4 unknowns b) … Read more

Matrix Inversion Questions and Answers – Jacobi’s Iteration Method

This set of Numerical Methods Multiple Choice Questions & Answers (MCQs) focuses on “Jacobi’s Iteration Method”. 1. The Jacobi’s method is a method of solving a matrix equation on a matrix that has no zeroes along ________ a) Leading diagonal b) Last column c) Last row d) Non-leading diagonal   2. The Jacobi iteration converges, … Read more

Newton-Gregory Forward Interpolation Formula based MCQ

This post provides the Numerical Analysis Multiple Choice Questions & Answers (MCQs) focuses on “Newton-Gregory Forward Interpolation Formula”, feel free to share and comment in case any doubt. MCQs based on Newton-Gregory Forward Interpolation Formula: 1. Newton-Gregory Forward interpolation formula can be used _____________ a) only for equally spaced intervals b) only for unequally spaced … Read more

Heat Transfer Operations Questions and Answers – Condensers Recap

This set of Heat Transfer Operations Multiple Choice Questions & Answers (MCQs) focuses on “Condensers Recap”. 1. What is the expression for heat transfer coefficient for a vertically placed condenser? a) hVER=0.943([frac{K^3 p^2 g h_{fg}}{μx(T_{sat}- T_L )}]^{0.25}) b) hVER=0.743([frac{K^3 p^2 g h_{fg}}{μx(T_{sat}- T_L )}]^{0.25}) c) hVER=0.723([frac{K^3 p^2 g h_{fg}}{μx(T_{sat}- T_L )} ]^{0.25}) d) hVER=0.725([frac{K^3 p^2 … Read more