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Convert the following products into fact...

Convert the following products into factorial: `(n+1)(n+2)(n+3).......(2n)`

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To convert the product \((n+1)(n+2)(n+3)\ldots(2n)\) into factorial form, we can follow these steps: ### Step-by-step Solution: 1. **Identify the Product Range**: The product starts from \(n+1\) and goes up to \(2n\). We need to express this product in terms of factorials. 2. **Write the Full Factorial**: The product \((n+1)(n+2)(n+3)\ldots(2n)\) can be seen as part of the factorial of \(2n\). Specifically, it is the product of all integers from \(1\) to \(2n\) but excluding the integers from \(1\) to \(n\). ...
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RD SHARMA-PERMUTATIONS-Solved Examples And Exercises
  1. Convert the following products into factorial: 5. 6. 7. 8. 9. 10

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  2. Convert the following products into factorial: 3.6.9.1.15.18

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  3. Convert the following products into factorial: (n+1)(n+2)(n+3).......(...

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  4. Convert the following products into factorial: 1. 3. 5. 7. 9 (2n-1)

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  5. Which of the following are true: (2+3)!=2!+3!

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  6. Which of the following are true: \ (2xx3)!=2!xx3!

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  7. Prove that: n !(n+2)=n !+(n+1)!

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  8. if(n+2)! =60[(n-1)!],find n

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  9. If (n+1)! =90[(n-1)!], fin d n

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  10. If (n+3)! =56[(n+1)! fin n

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  11. Prove that ((2n)!)/(n !)=2^n{1. 3. 5 (2n-1)}

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  12. There are 3 candidates for a classical, 5 for a Mathematical,, and 4 ...

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  13. The flag of a newly formed forum is in the form … of three blocks, eac...

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  14. Find the number of 4 letter words, with or without meaning which can b...

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  15. Given 4 flags of different colours, how many different signals can be ...

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  16. Find the number of different signals that can be generated by arrangin...

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  17. How many words (with or without meaning) of three distinct letters of ...

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  18. Find the total number of ways of answering 5 objective type questions,...

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  19. How many three digit numbers can be formed without using the digits ...

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  20. How many numbers are there between 100 and 1000 consists such that ...

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