Answer:
PERMUTATION
- The different ways of arranging a set of objects into a sequential order are termed as Permutation.
- The order is very relevant
- It denotes the arrangement of objects.
- Multiple permutations can be derived from a single combination.
- They can simply be defined as ordered elements.
COMBINATION
- One of the several ways of choosing items from a large set of objects, without considering an order is termed as Combination.
- The order is quite irrelevant.
- It does not denote the arrangement of objects.
- They can simply be defined as unordered sets.
- From a single permutation, only a single combination can be derived.
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Answer:
PERMUTATION
- The different ways of arranging a set of objects into a sequential order are termed as Permutation.
- The order is very relevant
- It denotes the arrangement of objects.
- Multiple permutations can be derived from a single combination.
- They can simply be defined as ordered elements.
COMBINATION
- One of the several ways of choosing items from a large set of objects, without considering an order is termed as Combination.
- The order is quite irrelevant.
- It does not denote the arrangement of objects.
- They can simply be defined as unordered sets.
- From a single permutation, only a single combination can be derived.