MCQOPTIONS
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MCQOPTIONS
This section includes 2460 Mcqs, each offering curated multiple-choice questions to sharpen your Advanced Machining knowledge and support exam preparation. Choose a topic below to get started.
| 451. |
If an aircraft has lift curve slope of 4.76 per rad and moment coefficient curve slope of -0.116 per rad then, find the location of neutral point. Consider Xcg=0.3. |
| A. | 0.324 |
| B. | 0.9825 |
| C. | 23.45 |
| D. | 45.7 |
| Answer» B. 0.9825 | |
| 452. |
Following diagram represents __________ |
| A. | cg position influence on moment coefficient curve |
| B. | lift curve |
| C. | drag polar |
| D. | thrust required minimum |
| Answer» B. lift curve | |
| 453. |
An aircraft wing is experiencing AOA of 5°. If downwash due to wing is 2.6° then, how much angle is being seen by tail of the aircraft? |
| A. | 2.4° |
| B. | 4.5° |
| C. | 6.7° |
| D. | 1.23° |
| Answer» B. 4.5° | |
| 454. |
Which of the following code represents count with mean of 2? |
| A. | rpois(10, 2) |
| B. | rpois(10, 20) |
| C. | rpois(20, 2) |
| D. | rpois(20, 20) |
| Answer» B. rpois(10, 20) | |
| 455. |
__________ distribution is commonly used to model data that come in the form of counts. |
| A. | Gaussian |
| B. | Parametric |
| C. | Poisson |
| D. | Simulation |
| Answer» D. Simulation | |
| 456. |
Point out the wrong statement? |
| A. | Drawing samples from specific probability distributions can be done with “s” functions |
| B. | The sample() function draws randomly from a specified set of (scalar) objects allowing you to sample from arbitrary distributions of numbers |
| C. | The sampling() function draws randomly from a specified set of objects |
| D. | You should always set the random number seed when conducting a simulation |
| Answer» C. The sampling() function draws randomly from a specified set of objects | |
| 457. |
5 Normal random numbers can be generated with rnorm() by setting seed value to ______________ |
| A. | 1 |
| B. | 2 |
| C. | 3 |
| D. | 4 |
| Answer» B. 2 | |
| 458. |
Point out the correct statement? |
| A. | When simulating any random numbers it is not essential to set the random number seed |
| B. | It is not possible to generate random numbers from other probability distributions like the Poisson |
| C. | You should always set the random number seed when conducting a simulation |
| D. | Statistical procedure does not require random number generation |
| Answer» D. Statistical procedure does not require random number generation | |
| 459. |
_________ ensures reproducibility of the sequence of random numbers. |
| A. | sets.seed() |
| B. | set.seed() |
| C. | set.seedvalue() |
| D. | set.value() |
| Answer» C. set.seedvalue() | |
| 460. |
Soya sauce can be produced by using ____________ |
| A. | glucoamylases |
| B. | proteases |
| C. | alcalase |
| D. | lactases |
| Answer» C. alcalase | |
| 461. |
Which of the following is not an application of enzyme in food industry? |
| A. | Cheese production |
| B. | Shrinkproof wool |
| C. | Production of soya sauce |
| D. | Tenderizing meat |
| Answer» C. Production of soya sauce | |
| 462. |
When protease depolymerize protein, the extent of hydrolysis is described in ________ units. |
| A. | Vmax |
| B. | Km |
| C. | DH |
| D. | Kcat |
| Answer» D. Kcat | |
| 463. |
Which protease is being used to ‘shrink-proof’ wool’? |
| A. | Pancreatic enzyme |
| B. | Rennet |
| C. | Fungal protease |
| D. | Papain |
| Answer» E. | |
| 464. |
Pancreatic enzyme are used in _______ |
| A. | softening of leather |
| B. | cheese production |
| C. | baking biscuits and pastries |
| D. | tenderizing meat |
| Answer» B. cheese production | |
| 465. |
In leather industry, _____________ is used to remove hair from hides. |
| A. | rennet |
| B. | trypsin |
| C. | alkaline protease |
| D. | papain |
| Answer» D. papain | |
| 466. |
‘Hanging’ meat allows flavor to develop. |
| A. | True |
| B. | False |
| Answer» C. | |
| 467. |
Which of the following enzyme hydrolysis casein? |
| A. | Papain |
| B. | Rennet |
| C. | Alkaline protease |
| D. | Trypsin |
| Answer» C. Alkaline protease | |
| 468. |
Use of proteases in baking industry. |
| A. | True |
| B. | False |
| Answer» B. False | |
| 469. |
Which of the following enzyme is used to tenderize meat? |
| A. | Alkaline protease |
| B. | Pancreatic enzymes |
| C. | Papain |
| D. | Rennet |
| Answer» D. Rennet | |
| 470. |
____________ is the enzyme used in the production of cheese. |
| A. | Alkaline protease |
| B. | Papain |
| C. | Pancreatic enzymes |
| D. | Rennet |
| Answer» E. | |
| 471. |
Cyanobacteria does not use which of the following for both oxidative and photophosphorylation? |
| A. | Cytochrome c6 |
| B. | Cytochrome b6f |
| C. | Plastoquinone |
| D. | Plastocyanin |
| Answer» E. | |
| 472. |
A water-soluble protein that carries one electron present in the chloroplast is ____________ |
| A. | PQB |
| B. | Q |
| C. | Cytochrome c |
| D. | Plastocyanin |
| Answer» E. | |
| 473. |
A water-soluble protein that carries one electron present in mitochondria is ____________ |
| A. | PQB |
| B. | Q |
| C. | Cytochrome c |
| D. | Plastocyanin |
| Answer» D. Plastocyanin | |
| 474. |
A mobile, lipid soluble carrier of two electrons present in mitochondria is ____________ |
| A. | PQB |
| B. | Q |
| C. | Cytochrome c |
| D. | Plastocyanin |
| Answer» C. Cytochrome c | |
| 475. |
A mobile, lipid soluble carrier of two electrons present in chloroplasts is ____________ |
| A. | PQB |
| B. | Q |
| C. | Cytochrome c |
| D. | Plastocyanin |
| Answer» B. Q | |
| 476. |
Plastoquinol formed in PSII is oxidized by ____________ |
| A. | Cytochrome b6f |
| B. | Cytochrome c |
| C. | Cytochrome f |
| D. | Cytochrome h |
| Answer» B. Cytochrome c | |
| 477. |
Which of the following describes the complete route by which electrons flow H2O to NADP+? |
| A. | Z scheme |
| B. | A scheme |
| C. | B scheme |
| D. | X scheme |
| Answer» B. A scheme | |
| 478. |
Photosystem II is a ____________ |
| A. | Pheophytin-quinone type |
| B. | Ferredoxin type |
| C. | Plastocyanin type |
| D. | Plastocyanin-ferredoxin type |
| Answer» B. Ferredoxin type | |
| 479. |
A soluble Cu-containing electron transfer protein is ____________ |
| A. | Pheophytin |
| B. | Cytochrome c |
| C. | Plastocyanin |
| D. | Ferredoxin |
| Answer» D. Ferredoxin | |
| 480. |
A chlorophyll-like accessory pigment lacking Mg+2 is ____________ |
| A. | Pheophytin |
| B. | Cytochrome c |
| C. | Plastocyanin |
| D. | Ferredoxin |
| Answer» B. Cytochrome c | |
| 481. |
Which among the following condition is represented in the following diagram? |
| A. | Transmitter uncertainty |
| B. | Shadowing uncertainty |
| C. | Receiver uncertainty |
| D. | Access point uncertainty |
| Answer» C. Receiver uncertainty | |
| 482. |
Spectrum decisions are affected by the co-location of data transmission and sensing function. |
| A. | True |
| B. | False |
| Answer» B. False | |
| 483. |
Which among the following is not a disadvantage of the interference detection method? |
| A. | Requirement of modulation of unlicensed signal |
| B. | Requirement of the activity level of licensed and unlicensed users |
| C. | Management of interference at the receiver |
| D. | Disregard for the effect of multiple xG users |
| Answer» D. Disregard for the effect of multiple xG users | |
| 484. |
What is an interference temperature model? |
| A. | Interference temperature model is constructed by using the cumulative RF energy from multiple transmissions |
| B. | Interference temperature model is constructed by using the RF energy from a single transmission |
| C. | Interference temperature model is constructed by using the sampling RF energy from periodic transmissions |
| D. | Interference temperature model is constructed by using the sampling IF energy from periodic transmissions |
| Answer» B. Interference temperature model is constructed by using the RF energy from a single transmission | |
| 485. |
Which among the following is not a disadvantage of cooperation detection? |
| A. | Overhead traffic |
| B. | Receiver uncertainty |
| C. | Shadowing uncertainty |
| D. | Additional storage |
| Answer» D. Additional storage | |
| 486. |
Which among the following is an interference of interest in xG architecture? |
| A. | Expected interference at primary user |
| B. | Expected interference at xG user |
| C. | Expected interference at channel |
| D. | Expected interference at spectrum broker |
| Answer» B. Expected interference at xG user | |
| 487. |
What is the terminology used when xG base-station is involved in gathering sensing information? |
| A. | Cumulative |
| B. | Centralized |
| C. | Distributed |
| D. | Aggregated |
| Answer» C. Distributed | |
| 488. |
Which among the following are problems of transmitter detection? |
| A. | Secondary user uncertainty and xG base station uncertainty |
| B. | xG base station uncertainty and primary base station uncertainty |
| C. | Receiver uncertainty and shadowing uncertainty |
| D. | Transmitter uncertainty and receiver uncertainty |
| Answer» E. | |
| 489. |
Which among the following is a factor of concern for in-band sensing? |
| A. | Identification of stop period for the search process |
| B. | Identification of the start period for the search process |
| C. | Selection of spectrum for evaluation |
| D. | Selection of duration for transmission |
| Answer» E. | |
| 490. |
What is the purpose of out-of-band sensing? |
| A. | Fast switching |
| B. | Fast routing |
| C. | Fast discovery |
| D. | Fast handoff |
| Answer» D. Fast handoff | |
| 491. |
Which among the following is not an advantage of using cyclostationary feature detection? |
| A. | Better performance than energy detection |
| B. | Does not require prior knowledge of the signal transmitted by the primary user |
| C. | Robust noise performance |
| D. | Rapid attainment of high processing gain |
| Answer» E. | |
| 492. |
Which among the following is achieved by coupling a modulated signal with a sine wave carrier? |
| A. | Causality |
| B. | Periodicity |
| C. | Linearity |
| D. | Stability |
| Answer» C. Linearity | |
| 493. |
The ___________ are open at top and their bottoms are provided with openable doors. |
| A. | Tremie |
| B. | Hopper |
| C. | Buckets |
| D. | Bevel |
| Answer» D. Bevel | |
| 494. |
In cold weather conditions, the temperature of concrete should not be allowed to fall below ___________ for at least 3 days after its placing. |
| A. | 5° C |
| B. | 25°C |
| C. | 15°C |
| D. | 50°C |
| Answer» D. 50°C | |
| 495. |
While placing concrete in hot weather, the aggregate should be _____________ to bring down the temperature of concrete. |
| A. | Burnt |
| B. | Pre cooled |
| C. | Heated |
| D. | Washed |
| Answer» C. Heated | |
| 496. |
It is observed that in cold weather, the curing is _________ in the initial stages of the setting of concrete. |
| A. | Moderate |
| B. | Slow |
| C. | High |
| D. | Fast |
| Answer» C. High | |
| 497. |
The _________ is a mixture of cement and sand, the usual proposition being 1:3. |
| A. | Grout |
| B. | Mortar |
| C. | Slurry |
| D. | Gunite |
| Answer» E. | |
| 498. |
The ____________ is the most effective process of repairing concrete work which has been damaged due to enquiry work or other reasons. |
| A. | Grouting |
| B. | Guniting |
| C. | Vibrating |
| D. | Pouring |
| Answer» C. Vibrating | |
| 499. |
__________ method is not in common use in case of placing concrete underwater. |
| A. | Tremie |
| B. | Grouting |
| C. | Guniting |
| D. | Spreading |
| Answer» B. Grouting | |
| 500. |
A _____________ is provided at the top of the Tremie to receive the concrete. |
| A. | Bucket |
| B. | Hopper |
| C. | Tremie |
| D. | Pipe |
| Answer» C. Tremie | |