3000. It contains non-repeating 3 as a factor.
No.
There are a number of things you could do to the small number: -- Add positive numbers to it. -- Subtract negative numbers from it. -- Multiply it by numbers greater than ' 1 ' . -- Divide it by numbers less than ' 1 '. -- Raise it to positive powers greater than ' 1 '. Repeat any of these steps until the small number grows to the size you want.
Distinct in this example means don't repeat any. 2 x 2 x 2 x 3 x 3 is the prime factorization of 72. 2 and 3 are the distinct prime factors of 72.
no
No.
Start with 2. Attempt to divide the number by 2. If it goes evenly, try again. Count the number of times 2 goes into the number. Repeat with 3, and then 5, 7, 11, etc., i.e. all the primes until the prime you are trying is greater than the square root of the number.
Take any three prime numbers and repeat according to the instructions. If your number is not large enough, try with larger prime numbers. Especially if you increase the number that repeats thrice, you'll quickly get large numbers.
2 x 3 x 7 = 42
144 is a perfect square, whose square factor is 12: Therefore we simply repeat the prime factorization of 12 (3,2,2) twice: 2,2,2,2,3,3.
A rational number is any number that can be written in the form of one integer over another integer; all rational numbers have a decimal form that either terminates or repeats one, or more, digits forever. 4.680 is a terminating decimal, therefore it is a rational number. 4.680 = 4680/1000 = 468/100 = 117/25 -------------------------- The decimal form of a rational number will repeat forever if the prime factorization of the denominator contains any prime other than 2 or 5.
When its digital root is 9 (divisible by 9) and it is even (divisible by 2). The digital root of a number is calculated by adding up all the digits in a number. If the answer is greater than 9, then repeat until you get an answer that is a single digit.
Can you please repeat the question? He was able to repeat the process a number of times. You are going to have to repeat the fourth grade.
3. (2 x 5 x 5.)
No.
There are a number of things you could do to the small number: -- Add positive numbers to it. -- Subtract negative numbers from it. -- Multiply it by numbers greater than ' 1 ' . -- Divide it by numbers less than ' 1 '. -- Raise it to positive powers greater than ' 1 '. Repeat any of these steps until the small number grows to the size you want.
More referrals, repeat business, greater level of organization.
There are short strings of digits which will repeat, but there is no sequence which will repeat forever.