# Tips And Tricks And Shortcuts To Solve Syllogism Questions

## Tip and Tricks for Syllogism Problems:

The syllogism is kind of a logical argument, where we have to give a genuine reason to arrive at a conclusion, which is based on two or more statements that are mentioned in the question.

Here we have to keep a note of one thing that all the statements mentioned in the question should be considered valid, even though they are far from reality.

## Syllogism Tips and Tricks and Shortcuts to remember:

Since Syllogism comprises of some statements, each of which is divided into two parts that are a subject and a predicate.

Subject– a Main matter of discussion.
Predicate– the part which states something about the subject.

There are four types of statements, each of which is mentioned below with the help of an example:

## Syllogism Tips and Tricks 1. All P is Q

It can be portrayed with the help of a Venn diagram below: From this we can definitely conclude that:
All P’s are Q’s
Some P’s are Q’s
And some Q’s are P’s

But we cannot be sure that:
All Q’s are P’s
Some Q’s are not P’s

## Tips and Tricks for Syllogism-2: No P’s are Q’s From the above diagram we can:

Definitely Conclude that:
No P’s are Q’s
No Q’s are P’s
Some P’s are not Q’s
Some Q’s are not P’s
And there is no possible conclusion

## Type 3. Some P’s are Q’s

It can be presented as follows: From the above diagram we can:

Definitely Conclude that:
Some P’s are Q’s
Some Q’s Re P’s

Possible conclusion:
All P’s are Q’s
All Q’s are P’s
Some P’s are not Q’s
Some Q’s are not P’s.

Hence from the above diagrams we’ve summarised some quick rules to be memorized, to solve syllogism questions:

## Definite cases:  (For questions containing only two items)

1. All+ All= All
2. All+ No= No
3. All+ Some= No conclusion
4. Some+ All= Some
5. Some+ No= Some Not
6. Some+ Some= No conclusion

## Possible cases: ## Syllogism Tips and Tricks and Shortcuts & Methods for syllogism

1.) Verbal Method

Test takers relatively less use the verbal way of explaining syllogism questions. The test taker understands the set of premises and based on the ability to understand the assumptions, verbally derives a conclusion. The method is useful for less complicated questions.

### For example

Statement I: Some human is rich.
Statement II: All rich are men.

Conclusion:
1.Some human is a man.
2.All men are rich.

Options:

A.  The only Conclusion I follows
B.  Only Conclusion II follows
C.  Either conclusion I or Conclusion II follows
D.  Neither conclusion I nor Conclusion II follows

#### Explanation:

From the above statements it is clear that some humans are rich and all rich are man, therefore there is a possibility that some some humans are man.

2.) Venn Diagram method

The Venn diagram method allows the test taker to solve the questions diagrammatically. This method is very useful in solving syllogism questions. This is illustrated well with the help of some bullet points mentioned below:

• Firstly we have to draw the diagram based on the given statements.
• Then we have to check which conclusion follow the given information, with the help of the diagram.
• If the Conclusion is fulfilling one condition but is not accomplishing the other conditions represented in the diagram, then it will not be considered as a conclusion.
• Hence the final conclusion should be made only if it follows all the possible conditions.

### For example

Statement I: All P’s are Q’s
Statement II: All Q’s are R’s
Statement III: Some R’s are S

Conclusion:
1.All P are R
2.No Q are R
3.All S are R

Options:

A.  The only Conclusion I follows
B.  Only Conclusion II follows
C.  Either conclusion I or Conclusion II follows
D.  Neither conclusion I nor Conclusion II follows

#### Explanation:

All P are Q All Q are R Some R are S Above diagram is the final one, and based on this we will draw conclusions.

Conclusion:
1.All P are R
2.No Q are R
3.All S are R

Conclusion 1 is true as Circle representing P is completely inside circle representing R

Conclusion 2 is false as circle representing Q is completely inside circle representing R.

Therefore there is no possibility that no Q are R.

Conclusion 3 is also not true because some part of S is some part of R.

Therefore we can say that only conclusion 1 follows.

Hence option A is the correct one. 