1,2,4,7,11,13,14,22,26,28,44,52,77,91,143,154,182,286,308,364,572,1001,2002,4004
To find the prime factors, start dividing by the smallest prime, which is 2 4004 = 2*2002 4004 = 2*2*1001 1001 is odd so no more 2's. Not divisible by 3 or 5 either. Next try 7 1001 = 7*143 bingo! So 4004 = 2*2*7*143 143 not divisible by 7, so try 11: 143 = 11*13 bingo again Finally 4004 = 2*2*7*11*13 To get ALL the factors you have to find ALL the combinations of the primes. For instance 2*7*11 = 154 is one such combination that yields one of the factors of 4004. There are too many to list.
4,084,080.
It is: 3994+10 = 4004
4.004 = 4004/1000 = 1001/250
1001, 2002, 3003, 4004, 5005, 6006, 7007, 8008, 9009, 10010, . . .
To find the prime factors, start dividing by the smallest prime, which is 2 4004 = 2*2002 4004 = 2*2*1001 1001 is odd so no more 2's. Not divisible by 3 or 5 either. Next try 7 1001 = 7*143 bingo! So 4004 = 2*2*7*143 143 not divisible by 7, so try 11: 143 = 11*13 bingo again Finally 4004 = 2*2*7*11*13 To get ALL the factors you have to find ALL the combinations of the primes. For instance 2*7*11 = 154 is one such combination that yields one of the factors of 4004. There are too many to list.
8008-4004=4004 (Eight thousand and eight minus four thousand and four equals 4004)
To calculate the age of 4004 BCE, you add 4004 years to the current year, 2023 CE. This gives a total of 6027 years. Therefore, 4004 BCE is approximately 6027 years old as of 2023.
I believe it was the 4004 by Intel, later the 8008 and then the 8080
ambot
4,084,080.
4004
hello
4004
improved version of 4004
the intel 4004
Four thousand four.