MCQOPTIONS
Saved Bookmarks
This section includes 13 Mcqs, each offering curated multiple-choice questions to sharpen your Distillation Design knowledge and support exam preparation. Choose a topic below to get started.
| 1. |
The below equation is? |
| A. | Poisons’ Equations |
| B. | Euler’s Equation |
| C. | Newton Equation |
| D. | Crab EquationView Answer |
| Answer» C. Newton Equation | |
| 2. |
LU decomposition is used when |
| A. | Ax (k) = Y (k) |
| B. | Ax (k) = bX (k) |
| C. | Ax (k) ≠ b (k) |
| D. | Ax (k) = b (k) |
| Answer» E. | |
| 3. |
The solution is converged when |
| A. | F(x) =0 |
| B. | G(x) =0 |
| C. | G’(x) =0 |
| D. | F’(x) =0 |
| Answer» B. G(x) =0 | |
| 4. |
The Homotomy parameter, t travels between |
| A. | 0 and 1 |
| B. | 0 and infinity |
| C. | 1 and infinity |
| D. | 1 and -1 |
| Answer» B. 0 and infinity | |
| 5. |
G(x) stands for |
| A. | Simpler solution |
| B. | Complex Solution |
| C. | Difficult Solution |
| D. | Simple Solution |
| Answer» B. Complex Solution | |
| 6. |
F(x) stands for |
| A. | Simpler solution |
| B. | Complex Solution |
| C. | Difficult Solution |
| D. | Simple Solution |
| Answer» D. Simple Solution | |
| 7. |
The below curve is called as the |
| A. | Homologues Curve |
| B. | Homotomy Curve |
| C. | Euler’s Curve |
| D. | Newton CurveView Answer |
| Answer» C. Euler’s Curve | |
| 8. |
The next trail, for the below equation is |
| A. | K-1 |
| B. | K+1 |
| C. | K=0 |
| D. | K=xijView Answer |
| Answer» C. K=0 | |
| 9. |
The below equation follows? |
| A. | Change in Temperature |
| B. | Change in Time |
| C. | Change of T Stages |
| D. | Change of X StagesView Answer |
| Answer» B. Change in Time | |
| 10. |
Homologues_Curve$ |
| A. | Homotomy Curve |
| B. | Euler’s Curve |
| C. | Newton Curve |
| Answer» C. Newton Curve | |
| 11. |
K-1 |
| A. | K+1 |
| B. | K=0 |
| C. | K=x<sub>ij</sub> |
| Answer» B. K=0 | |
| 12. |
Change in Temperature |
| A. | Change in Time |
| B. | Change of T Stages |
| C. | Change of X Stages |
| Answer» C. Change of X Stages | |
| 13. |
Relaxation methods were developed for solving? |
| A. | Co linear systems |
| B. | Sub linear systems |
| C. | Linear systems |
| D. | Bilateral systems |
| Answer» D. Bilateral systems | |