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IPMAT Permutation and Combination Questions 2026 PDF

Nehal Sharma

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Mar 30, 2026

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IPMAT Permutation and Combination Questions 2026 PDF

IPMAT Permutation and Combination Questions 2026

IPMAT Permutation and Combination questions are an important part of the IPMAT Quant section. These questions check how well you understand the basic concepts of arranging and selecting things. They include topics like permutation, combination, factorial, circular arrangement, and selection of items.

In the exam, Permutation and Combination questions may be asked directly or as part of word problems. The good thing is that these questions become easy when your basics are clear. You do not need very hard maths. You only need to understand the concepts, remember the formulas, and practice regularly.

In this blog, you will get a simple formula PDF, practice questions with answers, and some extra questions to solve on your own. You will also learn about common mistakes students make and some easy tips to solve questions faster in the exam.

Important Formulas for IPMAT Permutation and Combination Questions

You only need a few basic formulas to solve most Permutation and Combination questions in IPMAT. These formulas help you solve questions based on arrangement, selection, grouping, and ordering.

You can download the full formula PDF from the link above. Here is a quick look at some important formulas and rules:

Concept

Formula / Rule

Factorial

n! = n × (n-1) × (n-2) × ... × 1

Value of 0!

0! = 1

Permutation

nPr = n! / (n-r)!

Combination

nCr = n! / [r! × (n-r)!]

Relation between nPr and nCr

nPr = nCr × r!

Arrangement of all objects

n!

Circular Arrangement

(n-1)!

Arrangement when some objects are alike

n! / p!

Selection of r objects from n objects

nCr

Arrangement of r objects from n objects

nPr

These formulas and rules are useful for solving many Permutation and Combination questions in IPMAT.

Top 5 Common Mistakes to Avoid in IPMAT Permutation and Combination Questions

Confusing permutation and combination
Remember that permutation is used when order matters, and combination is used when order does not matter.

Forgetting factorial rules
Learn factorial properly because it is used in almost every question from this topic.

Using the wrong formula
Always check whether the question is asking for arrangement or selection before choosing the formula.

Ignoring repeated items
If some objects are the same, use the correct formula for identical items.

Making calculation mistakes
Even when the method is correct, small mistakes in factorial or division can give the wrong answer. Solve step by step.

List of IPMAT Permutation and Combination Questions

Here is a short set of IPMAT-style Permutation and Combination questions for practice. These questions include common topics like arrangement, selection, circular arrangement, factorial, and grouping. Practice these questions regularly to become faster and more confident before your IPMAT exam.

Question 1

Please calculate in how many ways can a platoon of sixteen soldiers be chosen out of a total of twenty soldiers for a surgical strike?

Show Answer Explanation

Question 2

There are 12 copies of Beetles CDs, 7 copies of Pink Floyd CDs, 3 different CDs of Michael Jackson, and 2 different CDs of Madonna. Find the number of ways in which one or more than one CD can be selected?

Show Answer Explanation

Question 3

Eight teams participate in a tournament where each team plays against every other team exactly once. In a particular year, one team got suspended after playing 3 matches, due to a disciplinary issue. The organisers decided to proceed, nonetheless, with the remaining matches. The total number of matches that were played in the tournament that year is


Question 4

A box contains 2 white shirts, 3 black shirts, and 4 red shirts. In how many ways can 3 shirts be drawn from the box, if at least one black shirt is to be included in the draw?


Question 5

Five racquets needs to be placed in three boxes. Each box can hold all the five racquets. In how many ways can the racquets be placed in the boxes so that no box can be empty if all racquets are different but all boxes are identical?

Show Answer Explanation

Question 6

Please calculate in how many ways can a set of five players be formed out of a total of ten players such that two particular players should be involved in each set?


Question 7

In how many ways can the letters of the word MANAGEMENT be arranged such that no two vowels appear together?

Show Answer Explanation

Question 8

In a chess tournament, there are four groups, each containing an equal number of players. Each player plays
• against every other player belonging to one's own group exactly once;
• against each player belonging to one of the remaining three groups exactly twice;
• against each player belonging to one of the remaining two groups exactly three times; and
• against each player belonging to the remaining group exactly four times.
If there are more than 1000 matches being played in the tournament, the minimum possible number of players in each group is_______.


Question 9

The number of integers greater than 5000 and divisible by 5 that can be formed with the digits 1, 3, 5, 7, 8, 9 where no digit is repeated is


Question 10

In a chess tournament there are 5 contestants. Each player plays against all the others exactly once. No game results in a draw. The winner in a game gets one point and the loser gets zero point. Which of the following sequences cannot represent the scores of the five players?


Question 11

How many signposts can be made using 6 different coloured symbols when any number of them can be posted at a time?


Question 12

Out of 13 objects, 4 are indistinguishable and rest are distinct. The number of ways we can choose 4 objects out of 13 objects is _____________.

Show Answer Explanation

Question 13

Mrs and Mr Sharma, and Mrs and Mr Ahuja along with four other persons are to be seated at a round table for dinner. If Mrs and Mr Sharma are to be seated next to each other, and Mrs and Mr Ahuja are not to be seated next to each other, then the total number of seating arrangements is _________.

Show Answer Explanation

Question 14

The number of 5-digit numbers consisting of distinct digits that can be formed such that only odd digits occur at odd places is

Show Answer Explanation

Question 15

A rabbit is sitting at the base of a staircase which has 10 steps. It proceeds to the top of the staircase by climbing either one step at a time or two steps at a time. The number of ways it can reach the top is


Question 16

The number of four-digit integers which are greater than 1000 and divisible by both 2 and 3, but not by 5, is

Show Answer Explanation

Question 17

Consider an 8 $$\times$$ 8 chessboard. The number of ways 8 rooks can be placed on the board such that no two rooks are in the same row and no two are in the same column is


Question 18

The number of values of x for which $$C\left(\begin{array}{c}17-x\\ 3x + 1\end{array}\right)$$ is defined as an integer is

Show Answer Explanation

Question 19

Can you calculate in how many ways can 7 tennis players can be seated in a circular order?


Question 20

Let $$n$$ be the number of ways in which $$20$$ identical balloons can be distributed among $$5$$ girls and $$3$$ boys such that everyone gets at least one balloon and no girl gets fewer balloons than a boy does. Then

Show Answer Explanation

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