How many prime numbers are there which when divided by another prime number, give a quotient which is the same as the remainder?
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There is only one set of prime number that satisfies the given condition, and the set of prime number is (2, 3).
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only prime number is 3 which when divided by 2 (another prime number) give a quotient which is the same as the remainder
Dividend = Divisor x Quotient + remainder
Dividend = a
Divisor = b
Quotient = remainder = c
Hence,
a = bc + c
=> a = c (b + 1)
As a is prime number Hence c must be 1
a = 1 (b + 1)
=> a = b + 1
Hence a , b are consectuve numbers ( so one of the number is even)
And only even number which is prime is 2.
Only consecutive prime numbers are 2 , 3
Hence a = 3 , b = 2
Hence only prime number is 3 which when divided by 2 (another prime number) give a quotient which is the same as the remainder
3 = 2 x 1 + 1
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