McqMate
These multiple-choice questions (MCQs) are designed to enhance your knowledge and understanding in the following areas: Bachelor of Arts in Philosophy (BA Philosophy) , Master of Arts in Philosophy (MA Philosophy) .
| 151. |
. If B is true, Y is false , then the truth value of the compound statement (~B . ~Y) |
| A. | true |
| B. | false |
| C. | cannot be determined |
| D. | none of these |
| Answer» B. false | |
| 152. |
The terms Validity/ Invalidity refers to |
| A. | propositions |
| B. | terms |
| C. | copula |
| D. | arguments |
| Answer» D. arguments | |
| 153. |
A and B are true, X and Y are false , then the truth value of the compound Statement [ (A v B) . (X v Y)] |
| A. | true |
| B. | false |
| C. | cannot be determined |
| D. | none of these |
| Answer» B. false | |
| 154. |
‘Either Railways or Navy will win the Football championship’ is symbolised as --- |
| A. | r . n |
| B. | r כ n |
| C. | r v n |
| D. | none of these |
| Answer» C. r v n | |
| 155. |
A and B are true, X and Y are false , then the truth value of the compound Statement [ (A . B) v (X . Y)] |
| A. | true |
| B. | false |
| C. | cannot be determined |
| D. | none of these |
| Answer» A. true | |
| 156. |
‘If Tata wins its first game , then Birla or Reliance wins its first game’ is symbolised as --- |
| A. | t . (b כ r) |
| B. | t v (b . r) |
| C. | t כ )b v r) |
| D. | none of these |
| Answer» C. t כ )b v r) | |
| 157. |
‘ If p then q’ is symbolised as ----- |
| A. | p . q |
| B. | p כ q |
| C. | q. p |
| D. | none of these |
| Answer» B. p כ q | |
| 158. |
Truth / Falsity refers to |
| A. | propositions |
| B. | terms |
| C. | copula |
| D. | none of these |
| Answer» A. propositions | |
| 159. |
If A and B are true, X and Y are false , then the truth value of the compound Statement [ (A . Y) v (B . X)] |
| A. | true |
| B. | false |
| C. | cannot be determined |
| D. | none of these |
| Answer» B. false | |
| 160. |
Validity/ Invalidity refers to |
| A. | propositions |
| B. | terms |
| C. | copula |
| D. | none of these |
| Answer» D. none of these | |
| 161. |
( p כ q) is an example for --- statement forms |
| A. | contradictory |
| B. | tautology |
| C. | contingent |
| D. | none of these |
| Answer» C. contingent | |
| 162. |
. A and B are true, X and Y are false , then the truth value of the compound Statement [ (A . X) v (B . Y)] |
| A. | true |
| B. | false |
| C. | cannot be determined |
| D. | none of these |
| Answer» B. false | |
| 163. |
The specific form of the given statement W . ~ W is ----- |
| A. | p . ~ q |
| B. | p . ~ p |
| C. | cannot be determined |
| D. | none of these |
| Answer» B. p . ~ p | |
| 164. |
The specific form of the given statement L כ W is ----- |
| A. | p v q |
| B. | q . p |
| C. | p כ q |
| D. | none of these |
| Answer» C. p כ q | |
| 165. |
( p . q) is an example for --- statement forms |
| A. | contradictory |
| B. | tautology |
| C. | contingent |
| D. | none of these |
| Answer» C. contingent | |
| 166. |
‘Raju is intelligent’ is symbolized as |
| A. | i. r |
| B. | r. i |
| C. | r |
| D. | none of these |
| Answer» C. r | |
| 167. |
Logic is the ……………………………………….. |
| A. | science of reasoning |
| B. | science of beauty |
| C. | science of morality |
| D. | science of astronomy |
| Answer» A. science of reasoning | |
| 168. |
The proposition arrived at on the basis of proposition or propositions in an argument, is called…………………………….. |
| A. | premise |
| B. | modus ponens |
| C. | conclusion |
| D. | modus tollens |
| Answer» C. conclusion | |
| 169. |
The proposition or propositions on the basis of which the conclusion is arrived at in an argument is called ………………………….. |
| A. | syllogism or syllogisms |
| B. | dilemma |
| C. | premise or premises |
| D. | disjunctive syllogism |
| Answer» C. premise or premises | |
| 170. |
Premises and conclusion are……………………………. |
| A. | valid or invalid |
| B. | sound or unsound |
| C. | valid or sound |
| D. | true or false |
| Answer» D. true or false | |
| 171. |
Deductive argument is characterized as……………………………. |
| A. | true or false |
| B. | inductive |
| C. | valid or invalid |
| D. | materially true or materially false |
| Answer» C. valid or invalid | |
| 172. |
Validity of deductive argument depends on…………………………………… |
| A. | form of argument |
| B. | matter of argument |
| C. | both form and matter |
| D. | truth of premises and conclusion |
| Answer» A. form of argument | |
| 173. |
……………………………………………….reveals the form of argument |
| A. | truth or falsity of propositions |
| B. | use of symbols |
| C. | true premises |
| D. | true conclusion |
| Answer» B. use of symbols | |
| 174. |
In the history of logic, …………….………………….are two important stages of development. |
| A. | Classical logic and Symbolic logic |
| B. | scientific and artistic |
| C. | aesthetical and ethical |
| D. | valid and invalid |
| Answer» A. Classical logic and Symbolic logic | |
| 175. |
Classical logic is also called ……………………………………… |
| A. | symbolic logic |
| B. | mathematical logic |
| C. | modern logic |
| D. | ancient logic |
| Answer» D. ancient logic | |
| 176. |
Ancient logic is also called………………………………………….. |
| A. | symbolic logic |
| B. | mathematical logic |
| C. | modern logic |
| D. | traditional logic |
| Answer» D. traditional logic | |
| 177. |
Symbolic logic is also called……………………………………. |
| A. | traditional logic |
| B. | ancient logic |
| C. | material logic |
| D. | mathematical logic |
| Answer» D. mathematical logic | |
| 178. |
Mathematical logic is also called……………………………………. |
| A. | traditional logic |
| B. | ancient logic |
| C. | material logic |
| D. | modern logic |
| Answer» D. modern logic | |
| 179. |
Symbolic logic originated in connection with |
| A. | mathematical theory |
| B. | inductive method |
| C. | evolution theory |
| D. | economic theory |
| Answer» A. mathematical theory | |
| 180. |
Classical logic is related to symbolic logic as |
| A. | sound to unsound |
| B. | embryo to adult organism |
| C. | valid to invalid |
| D. | true to false |
| Answer» B. embryo to adult organism | |
| 181. |
…………………had introduced into logic the important notion of a variable |
| A. | Thales |
| B. | Socrates |
| C. | Aristotle |
| D. | Bacon |
| Answer» C. Aristotle | |
| 182. |
………………………….is a symbol which can stand for any one of a given range of values |
| A. | A logical constant |
| B. | A modifier |
| C. | A logical connective |
| D. | A variable |
| Answer» D. A variable | |
| 183. |
The development of symbolic logic has been bound up with the development of ……………………… |
| A. | physics |
| B. | mathematics |
| C. | chemistry |
| D. | biology |
| Answer» B. mathematics | |
| 184. |
…………………………………………………….. is the form of the argument |
| A. | The structure or pattern of the argument |
| B. | the subject matter with which the argument deals |
| C. | the truth or falsity of propositions |
| D. | the material truth of premises and conclusion |
| Answer» A. The structure or pattern of the argument | |
| 185. |
A simple proposition is …………………………………………………………………. |
| A. | a general proposition |
| B. | one which contains other proposition as it’s component |
| C. | one which does not contain any other proposition as it’s component |
| D. | a molecular proposition |
| Answer» C. one which does not contain any other proposition as it’s component | |
| 186. |
A compound proposition is ……………………………………………………………. |
| A. | an atomic proposition |
| B. | a general proposition |
| C. | one which does not contain any otherproposition as it’s component |
| D. | one which contains other proposition as it’s component |
| Answer» D. one which contains other proposition as it’s component | |
| 187. |
Conjunction is a compound proposition in which the word ………… is used to connect simple statements. |
| A. | ‘not” |
| B. | ’unless’ |
| C. | ‘or’ |
| D. | “and” |
| Answer» D. “and” | |
| 188. |
‘Ramesh is either intelligent or hard working’ is an example of ………………………… |
| A. | negation |
| B. | conjunction |
| C. | disjunction |
| D. | implication |
| Answer» C. disjunction | |
| 189. |
“If it rains, then the road will be wet” is an example for………………………………………. |
| A. | conjunction |
| B. | negation |
| C. | implication |
| D. | disjunction |
| Answer» C. implication | |
| 190. |
A general proposition is ………………………………… |
| A. | a quantified statement |
| B. | a molecular proposition |
| C. | a compound statement |
| D. | an atomic proposition |
| Answer» A. a quantified statement | |
| 191. |
‘All Keralites are Indians’ is an example for ………………………………………….. |
| A. | Universal negative proposition |
| B. | particular affirmative proposition |
| C. | particular negative proposition |
| D. | Universal affirmative proposition |
| Answer» D. Universal affirmative proposition | |
| 192. |
‘ Some fruits are sweet’ is an example for………………………………………. |
| A. | Universal negative proposition |
| B. | particular affirmative proposition |
| C. | particular negative proposition |
| D. | Universal affirmative proposition |
| Answer» B. particular affirmative proposition | |
| 193. |
’ Some flowers are not red’ is an example for……………………………………….. |
| A. | particular affirmative proposition |
| B. | Universal affirmative proposition |
| C. | particular negative proposition |
| D. | Universal negative proposition |
| Answer» C. particular negative proposition | |
| 194. |
‘ No birds are fishes’ is an example for …………………………………………… |
| A. | particular affirmative proposition |
| B. | particular negative proposition |
| C. | Universal negative proposition |
| D. | Universal affirmative proposition |
| Answer» C. Universal negative proposition | |
| 195. |
Singly general proposition is a general proposition with ……………………………….. |
| A. | no quantifier |
| B. | one quantifier |
| C. | one singular proposition |
| D. | two or more quantifiers |
| Answer» B. one quantifier | |
| 196. |
Multiply general proposition is a general proposition with …………………………….. |
| A. | one quantifier |
| B. | no quantifier |
| C. | two or more quantifiers |
| D. | two or more singular propositions |
| Answer» C. two or more quantifiers | |
| 197. |
…………………………..is a branch of Symbolic Logic |
| A. | classical logic |
| B. | traditional logic |
| C. | Propositional logic |
| D. | mathematical logic |
| Answer» C. Propositional logic | |
| 198. |
Quantification logic is also called……………………………………… |
| A. | Propositional logic |
| B. | predicate logic |
| C. | classical logic |
| D. | ancient logic |
| Answer» B. predicate logic | |
| 199. |
………………………………….analyses the internal structure of propositions |
| A. | Propositional logic |
| B. | truth functional logic |
| C. | sentential logic |
| D. | predicate logic |
| Answer» D. predicate logic | |
| 200. |
……………………………………. does not analyse the internal structure of propositions |
| A. | quantification logic |
| B. | predicate logic |
| C. | propositional logic |
| D. | truth functional logic |
| Answer» C. propositional logic | |
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