Best Answer

The multiples of 97 are 194, 388, 776 and so on. To get the multiples of a number is simple. Multiply any integer by the number you want and you will have the multiples of that number.

Study guides

☆☆

More answers

The first 20 multiples of 97:

97, 194, 291, 388, 485, 582, 679, 776, 873, 970, 1067, 1164, 1261, 1358, 1455, 1552, 1649, 1746, 1843, 1940

Q: What are the multiples of 97?

Write your answer...

Submit

Still have questions?

Continue Learning about Basic Math

Factors: 1 and 97 Multiples: 97, 194, 291 and so on.

These steps can reduce our work: First of all we will write all the even numbers between 89 and 97: 90, 92, 94 & 96. Then multiples of 5: 90 & 95. Multiples of 3: 90, 93 & 96 and also the multiple of 7 which is 91. There is no other number left between 89 & 97. Therefore, numbers between 89 & 97 are all composite numbers.

They are all multiples.

All multiples of 8 are also multiples of 2, but not all multiples of 2 are multiples of 8.

Some of the multiples of 14 are the same as the multiples of 16, but not all of them.

Related questions

Factors: 1 and 97 Multiples: 97, 194, 291 and so on.

1 and 97

97 is only divisible by itself and one because it is a prime number

The answer depends on what "you" is. If you = 97 then there there are more multiples of 7.

97, 194, 291, 388, 485, 582, 679, 776, 873, 970 . . .

97, 194, 291, 388, 485, 582, 679, 776, 873, 970

60, 90.

Any of its multiples

Given: All Prime numbers are odd, If a number is even it is not prime, If a number is odd and it can be divided by something other than itself or 1 it is not prime. 1.) One way to test an odd number and determine whether it is prime is to start with the number 3 and try dividing it perfectly into the odd number: For example, 27 is odd, but it can be divided by the number 3 which divides perfectly into 27 nine times. 3 x 9 = 27. So 27 is not prime. If 3 doesn't divide perfectly into the number then keep adding 2 to the factor and try dividing the number by the new factor: For example, 91 is odd, but 3 does not perfectly divide 91, so we add 2 to 3 and try dividing 91 by 5 which we know immediately will not work since 91 does not end in 0 or 5, so we add 2 more and try dividing 91 by 7. We find that 7 divides perfectly into 91 thirteen times. 7 x 13 = 91, so 91 is not prime. If you know your times tables it makes this determination easier since we can also eliminate all multiples of each number that doesn't divide perfectly into the test number. For example, since 2 doesn't divide perfectly into a prime number then all multiples of 2 (all even numbers) are not eligible as potentially divisors. If 3 doesn't divide perfectly then all multiples of 3 do not have to be tested (i.e., 9, 15, 21, 27, 33...) Last example using the above tests: Is 97 prime? Given: When I use the word "divided" I mean perfectly divided Is 97 even? No, so all multiples of 2 are eliminated from testing Can 97 be divided by 3? No, so all multiples of 3 are eliminated from testing Can 97 be divided by 5? No, so all multiples of 5 are eliminated from testing Can 97 be divided by 7? No, so all multiples of 7 are eliminated from testing Can 97 be divided by 11? No, so all multiples of 11 are eliminated from testing Can 97 be divided by 13? No, so all multiples of 13 are eliminated from testing Can 97 be divided by 17? No, so all multiples of 17 are eliminated from testing Can 97 be divided by 19? No, so all multiples of 19 are eliminated from testing Can 97 be divided by 23? No, so all multiples of 23 are eliminated from testing Can 97 be divided by 29? No, so all multiples of 29 are eliminated from testing Can 97 be divided by 31? No, so all multiples of 31 are eliminated from testing We can safely say that 97 is prime at this point. Why? Because the next number to test is 37 and since 37 x 3 is 111 and we cannot divide 97 by 3 then no larger number will work. All factors have been effectively tested, albeit the slow way, but it works 100% of the time to determine primeness. Larger numbers may cause this method to be too time consuming; a formula used with a calculator would best be implemented to calculate primeness with larger numbers. You could also print out a prime number table as a reference.

The total number is infinite. The first 10 are: 97, 194, 291, 388, 485, 582, 679, 776, 873, 970 . . .

These steps can reduce our work: First of all we will write all the even numbers between 89 and 97: 90, 92, 94 & 96. Then multiples of 5: 90 & 95. Multiples of 3: 90, 93 & 96 and also the multiple of 7 which is 91. There is no other number left between 89 & 97. Therefore, numbers between 89 & 97 are all composite numbers.

LCM(1, 2, 3, ... , 100) = 26*34*52*72*11*13*17*19*23*29*31*37*41*43*47*53*59*61*67*71*73*79*83*89*97 = 7284218307581900599279651679808748132800. All common multiples are multiples of this number.

People also asked

Featured Questions