MCQOPTIONS
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MCQOPTIONS
This section includes 289 Mcqs, each offering curated multiple-choice questions to sharpen your Computer Science Engineering (CSE) knowledge and support exam preparation. Choose a topic below to get started.
| 201. |
What does cohen grossberg theorem? |
| A. | shows the stability of fixed weight autoassociative networks |
| B. | shows the stability of adaptive autoaassociative networks |
| C. | shows the stability of adaptive heteroassociative networks |
| D. | none of the mentioned |
| Answer» B. shows the stability of adaptive autoaassociative networks | |
| 202. |
In nearest neighbour case, the stored pattern closest to input pattern is recalled, where does it occurs? |
| A. | feedback pattern classification |
| B. | feedforward pattern classification |
| C. | can be feedback or feedforward |
| D. | none of the mentioned |
| Answer» C. can be feedback or feedforward | |
| 203. |
What happens during recall in neural networks? |
| A. | weight changes are suppressed |
| B. | input to the network determines the output activation |
| C. | both process has to happen |
| D. | none of the mentioned |
| Answer» D. none of the mentioned | |
| 204. |
What does 3rd theorem that describe the stability of a set of nonlinear dynamical systems? |
| A. | shows the stability of fixed weight autoassociative networks |
| B. | shows the stability of adaptive autoaassociative networks |
| C. | shows the stability of adaptive heteroassociative networks |
| D. | none of the mentioned |
| Answer» D. none of the mentioned | |
| 205. |
What does cohen grossberg kosko theorem? |
| A. | shows the stability of fixed weight autoassociative networks |
| B. | shows the stability of adaptive autoaassociative networks |
| C. | shows the stability of adaptive heteroassociative networks |
| D. | none of the mentioned |
| Answer» C. shows the stability of adaptive heteroassociative networks | |
| 206. |
Explanation: It is sufficient but not necessary condition. |
| A. | v(x) >=0 |
| B. | v(x) <=0 |
| C. | v(x) =0 |
| D. | none of the mentioned |
| Answer» C. v(x) =0 | |
| 207. |
What’s the role of lyaopunov fuction? |
| A. | to determine stability |
| B. | to determine convergence |
| C. | both stability & convergence |
| D. | none of the mentioned |
| Answer» B. to determine convergence | |
| 208. |
Defects removal efficiency (DRE)depends on: |
| A. | e – errors found before software delivery |
| B. | d – defects found after delivery to user |
| C. | both e and d |
| D. | varies with project |
| Answer» D. varies with project | |
| 209. |
A graphical technique for finding if changes and variation in metrics data are meaningful is known as |
| A. | dre (defect removal efficiency) |
| B. | function points analysis |
| C. | control chart |
| D. | all of the mentioned |
| Answer» D. all of the mentioned | |
| 210. |
Which of the following is not an information domain required for determining function point in FPA ? |
| A. | number of user input |
| B. | number of user inquiries |
| C. | number of external interfaces |
| D. | number of errors |
| Answer» E. | |
| 211. |
In size oriented metrics, metrics are developed based on the |
| A. | number of functions |
| B. | number of user inputs |
| C. | number of lines of code |
| D. | amount of memory usage |
| Answer» D. amount of memory usage | |
| 212. |
Which of the following is not a direct measure of SE process? |
| A. | efficiency |
| B. | cost |
| C. | effort applied |
| D. | all of the mentioned |
| Answer» B. cost | |
| 213. |
What kind of interpretation is done by adding context-dependant information? |
| A. | semantic |
| B. | syntactic |
| C. | pragmatic |
| D. | none of the mentioned |
| Answer» D. none of the mentioned | |
| 214. |
interpretation? |
| A. | logical term |
| B. | complete logical sentence |
| C. | both logical term & complete logical sentence |
| D. | none of the mentioned |
| Answer» D. none of the mentioned | |
| 215. |
What is meant by quasi-logical form? |
| A. | sits between syntactic and logical form |
| B. | logical connectives |
| C. | all of the mentioned |
| D. | none of the mentioned |
| Answer» B. logical connectives | |
| 216. |
Which is used to mediate between syntax and semantics? |
| A. | form |
| B. | intermediate form |
| C. | grammer |
| D. | all of the mentioned |
| Answer» C. grammer | |
| 217. |
What is used to augment a grammar for arithmetic expression with semantics? |
| A. | notation |
| B. | dcg notation |
| C. | constituent |
| D. | all of the mentioned |
| Answer» C. constituent | |
| 218. |
What is meant by compositional semantics? |
| A. | determining the meaning |
| B. | logical connectives |
| C. | semantics |
| D. | none of the mentioned |
| Answer» B. logical connectives | |
| 219. |
What is the process of associating a FOL expression with a phrase? |
| A. | interpretation |
| B. | augmented reality |
| C. | semantic interpretation |
| D. | augmented interpretation |
| Answer» D. augmented interpretation | |
| 220. |
What is the extraction of the meaning of utterance? |
| A. | syntactic |
| B. | semantic |
| C. | pragmatic |
| D. | none of the mentioned |
| Answer» C. pragmatic | |
| 221. |
How many verb tenses are there in the English language? |
| A. | 1 |
| B. | 2 |
| C. | 3 |
| D. | 4 |
| Answer» D. 4 | |
| 222. |
Two forces whose magnitudes are in ratio of 3:5 give a resultant of 35N. If the angle of inclination is 60°, calculate the magnitude of each force. |
| A. | 15n and35n |
| B. | 15n and 25n |
| C. | 10n and 15n |
| D. | 20n and 5n |
| Answer» C. 10n and 15n | |
| 223. |
Walking off a man is an example of |
| A. | resolution of forces |
| B. | addition of vectors |
| C. | subtraction of vectors |
| D. | multiplication of vectors |
| Answer» B. addition of vectors | |
| 224. |
Flying a bird is an example of |
| A. | collinear vector |
| B. | multiplication of vector |
| C. | addition of vector |
| D. | composition of vector |
| Answer» E. | |
| 225. |
Which of the following has zero magnitude? |
| A. | fixed vector |
| B. | zero vector |
| C. | modulus of a vector |
| D. | unit vector |
| Answer» C. modulus of a vector | |
| 226. |
What is the magnitude of a unit vector? |
| A. | it has no magnitude |
| B. | zero |
| C. | constant but not zero |
| D. | unity |
| Answer» E. | |
| 227. |
Which of the following acts in accordance with right hand screw rule? |
| A. | polar vector |
| B. | axial vector |
| C. | displacement vector |
| D. | position vector |
| Answer» C. displacement vector | |
| 228. |
A polar vector is one which? |
| A. | gives the position of an object |
| B. | tells how much and in which direction an object has changed its position |
| C. | represents rotational effect |
| D. | has a starting point of application |
| Answer» E. | |
| 229. |
The quantity which has the only magnitude is called |
| A. | a scalar quantity |
| B. | a vector quantity |
| C. | a chemical quantity |
| D. | a magnitude quantity |
| Answer» B. a vector quantity | |
| 230. |
The                        of all the variables in direct or complemented from is a maxterm. |
| A. | addition |
| B. | product |
| C. | moduler |
| D. | subtraction |
| Answer» B. product | |
| 231. |
The logic gate that provides high output for same inputs |
| A. | not |
| B. | x-nor |
| C. | and |
| D. | xor |
| Answer» C. and | |
| 232. |
Which of the following is/are the universal logic gates? |
| A. | or and nor |
| B. | and |
| C. | nand and nor |
| D. | not |
| Answer» D. not | |
| 233. |
What are the canonical forms of Boolean Expressions? |
| A. | or and xor |
| B. | nor and xnor |
| C. | max and min |
| D. | som and pom |
| Answer» E. | |
| 234. |
Boolean expression. |
| A. | positive |
| B. | recursive |
| C. | negative |
| D. | boolean |
| Answer» E. | |
| 235. |
F(X,Y,Z,M) = X`Y`Z`M`. The degree of the function is |
| A. | 2 |
| B. | 5 |
| C. | 4 |
| D. | 1 |
| Answer» D. 1 | |
| 236. |
A Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â value is represented by a |
| A. | numerical logic |
| B. | boolean algebra |
| C. | arithmetic logic |
| D. | boolean number |
| Answer» D. boolean number | |
| 237. |
What is the definition of Boolean functions? |
| A. | an arithmetic function with k degrees such that f:y–>yk |
| B. | a special mathematical function with n degrees such that f:yn–>y |
| C. | an algebraic function with n degrees such that f:xn–>x |
| D. | a polynomial function with k degrees such that f:x2–>xn |
| Answer» C. an algebraic function with n degrees such that f:xn–>x | |
| 238. |
In a solid sample treatment technique, the finely ground solid sample is mixed with mineral oil to make a thick paste which is then spread between IR transmitting windows. What is the name of this solid sample treatment technique? |
| A. | pressed pellet |
| B. | mull technique |
| C. | solid films |
| D. | solids run in solution |
| Answer» C. solid films | |
| 239. |
spectroscopy? |
| A. | expansion of gas upon heating |
| B. | increase in resistance due to an increase in temperature and vice versa |
| C. | temperature difference gives rise to a potential difference in the material |
| D. | decrease in resistance due to an increase in temperature |
| Answer» B. increase in resistance due to an increase in temperature and vice versa | |
| 240. |
The purpose of fisher.test() is                test for contingency table. |
| A. | chisq |
| B. | fisher |
| C. | prop |
| D. | stem |
| Answer» C. prop | |
| 241. |
Which of the following is used to find variance of all values? |
| A. | var() |
| B. | sd() |
| C. | mean() |
| D. | anova() |
| Answer» B. sd() | |
| 242. |
Which of the following is lattice command for producing boxplots? |
| A. | plot() |
| B. | bwplot() |
| C. | xyplot() |
| D. | barlm() |
| Answer» C. xyplot() | |
| 243. |
Which of the following compute analysis of variance table for fitted model? |
| A. | ecdf() |
| B. | cum() |
| C. | anova() |
| D. | bwplot() |
| Answer» D. bwplot() | |
| 244. |
Which of the following is tool for checking normality? |
| A. | qqline() |
| B. | qline() |
| C. | anova() |
| D. | lm() |
| Answer» B. qline() | |
| 245. |
Which of the following determine the least- squares regression line? |
| A. | histo() |
| B. | lm |
| C. | barlm() |
| D. | col.max(x) |
| Answer» C. barlm() | |
| 246. |
Which of the following groups values of a variable into larger bins? |
| A. | cut |
| B. | col.max(x) |
| C. | stem |
| D. | which.max(x) |
| Answer» B. col.max(x) | |
| 247. |
Which of the following is tool for chi-square distributions? |
| A. | pchisq() |
| B. | chisq() |
| C. | pnorm |
| D. | barchart() |
| Answer» D. barchart() | |
| 248. |
Which of the following lists names of variables in a data.frame? |
| A. | quantile() |
| B. | names() |
| C. | barchart() |
| D. | par() |
| Answer» B. names() | |
| 249. |
Which of the following adds marginal sums to an existing table? |
| A. | par() |
| B. | prop.table() |
| C. | addmargins() |
| D. | quantile() |
| Answer» C. addmargins() | |
| 250. |
Which attribute is used for getting an individual row? |
| A. | results.rows.item(i) |
| B. | insertid |
| C. | rowaffected |
| D. | length |
| Answer» B. insertid | |