Verbal Reasoning - Syllogism - Discussion
Discussion Forum : Syllogism - Syllogism 1 (Q.No. 1)
Directions to Solve
In each of the following questions two statements are given and these statements are followed by two conclusions numbered (1) and (2). You have to take the given two statements to be true even if they seem to be at variance from commonly known facts. Read the conclusions and then decide which of the given conclusions logically follows from the two given statements, disregarding commonly known facts.
Give answer:
- (A) If only (1) conclusion follows
- (B) If only (2) conclusion follows
- (C) If either (1) or (2) follows
- (D) If neither (1) nor (2) follows and
- (E) If both (1) and (2) follow.
1.
Statements: Some actors are singers. All the singers are dancers.
Conclusions:
- Some actors are dancers.
- No singer is actor.
Answer: Option
Explanation:
Discussion:
74 comments Page 1 of 8.
Ganta shirisha said:
9 months ago
Agree, Only 1 conclusion follows.
(8)
Gujjula Bhavana said:
1 year ago
Option A is correct. I agree with the given answer.
(14)
Rudresh Badagi said:
1 year ago
Option A is correct. Only conclusion 1 follows.
(7)
Mosfar Ali said:
2 years ago
Agree, Option A is correct.
(9)
Gautam said:
2 years ago
Yes, @Waheed.
It's correct because there is no cross between actor, dancer or singer.
It's correct because there is no cross between actor, dancer or singer.
(4)
Ladshika Mohan said:
4 years ago
Here, 2nd diagram is wrong one and instead of that, the three circles become intersect and the inside circle mentioned singers next circle mentioned dancers and outside circle mentioned actors, this should be right.
(9)
WAHEED said:
6 years ago
How first conclusion follows? I think either is the right answer.
(17)
Tusar said:
7 years ago
@All.
Always solve from the conclusion. If both the statement have a common and all is attached with that common word. Then conclusion true. Ex here common is a singer. And singer Se pehele all he. So directly some actors are dancers. Next, for conclusion 2 we can't draw -ve conclusion from positive statements. So false.
Always solve from the conclusion. If both the statement have a common and all is attached with that common word. Then conclusion true. Ex here common is a singer. And singer Se pehele all he. So directly some actors are dancers. Next, for conclusion 2 we can't draw -ve conclusion from positive statements. So false.
(6)
Huraira said:
7 years ago
@SUMAN
you repeated
B+A = Y.
B +B = no conclusion.
B+Z = Y.
B+Y= no conclusion.
B+A = Z.
B +B = Y.
B+Z = no conclusion.
B+Y= no conclusion.
Which combination is now correct?
you repeated
B+A = Y.
B +B = no conclusion.
B+Z = Y.
B+Y= no conclusion.
B+A = Z.
B +B = Y.
B+Z = no conclusion.
B+Y= no conclusion.
Which combination is now correct?
(2)
Suman said:
7 years ago
Let A- all (eg- all trees are dog.)
B- all not (eg- all trees are not dog.)
Z- some (eg- some trees are dog.)
Y- some not(eg- some trees are not dog.)
A can be converted to Z(eg- All trees are dog. conversion- some trees are dogs. (or) some dogs are tree)
B can be converted to B or Y((eg- All trees are not dog. conversion- all dogs are not tree. (or) All trees are not dog))
Z can be converted to z(eg- some trees are dogs.conversion- some dogs are trees.)
Y has no conclusion.
Combination :
A+A = Z.
A +B = Z.
A+Z = no conclusion.
A+Y= no conclusion.
B+A = Y.
B +B = no conclusion.
B+Z = Y.
B+Y= no conclusion.
B+A = Z.
B +B = Y.
B+Z = no conclusion.
B+Y= no conclusion.
Y + (A, B, Z)= no conclusion.
B- all not (eg- all trees are not dog.)
Z- some (eg- some trees are dog.)
Y- some not(eg- some trees are not dog.)
A can be converted to Z(eg- All trees are dog. conversion- some trees are dogs. (or) some dogs are tree)
B can be converted to B or Y((eg- All trees are not dog. conversion- all dogs are not tree. (or) All trees are not dog))
Z can be converted to z(eg- some trees are dogs.conversion- some dogs are trees.)
Y has no conclusion.
Combination :
A+A = Z.
A +B = Z.
A+Z = no conclusion.
A+Y= no conclusion.
B+A = Y.
B +B = no conclusion.
B+Z = Y.
B+Y= no conclusion.
B+A = Z.
B +B = Y.
B+Z = no conclusion.
B+Y= no conclusion.
Y + (A, B, Z)= no conclusion.
(2)
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