There are infinitely many possible answers:
1+30
1+1+29
1+1+1+28
1+1+1+1+27 and so on
then
2+29
1+2+28
1+1+1+27 etc
and then introduce a 3, 4, and on and on.
Next, try numbers with one digit after the decimal point, and then 2 digits, 3, dits, ... infinitely many digits.
And you have not even started with negative number: 32+(-1), 33+(-1)+(-1), etc
There are infinitely many possible answers:
1+30
1+1+29
1+1+1+28
1+1+1+1+27 and so on
then
2+29
1+2+28
1+1+1+27 etc
and then introduce a 3, 4, and on and on.
Next, try numbers with one digit after the decimal point, and then 2 digits, 3, dits, ... infinitely many digits.
And you have not even started with negative number: 32+(-1), 33+(-1)+(-1), etc
There are infinitely many possible answers:
1+30
1+1+29
1+1+1+28
1+1+1+1+27 and so on
then
2+29
1+2+28
1+1+1+27 etc
and then introduce a 3, 4, and on and on.
Next, try numbers with one digit after the decimal point, and then 2 digits, 3, dits, ... infinitely many digits.
And you have not even started with negative number: 32+(-1), 33+(-1)+(-1), etc
There are infinitely many possible answers:
1+30
1+1+29
1+1+1+28
1+1+1+1+27 and so on
then
2+29
1+2+28
1+1+1+27 etc
and then introduce a 3, 4, and on and on.
Next, try numbers with one digit after the decimal point, and then 2 digits, 3, dits, ... infinitely many digits.
And you have not even started with negative number: 32+(-1), 33+(-1)+(-1), etc
13*31=403 13 and 31 are prime numbers.
the answer is 31 and 47 make 78. 47+31=78
If you can only add some or all of the numbers together - you cannot achieve a total of 31. You can get the total 31 by the following... (19-2) + 17 - 3
2 x 31
To find two numbers that multiply together to make 155, we need to factorize 155. The prime factorization of 155 is 5 x 31. Therefore, the two numbers that multiply together to make 155 are 5 and 31.
3 x 31 = 93
5 x 31
28+29+30+31+32 = 150
31 & 67
13 x 31
31 & 67
55