well there is probably many possible variables to utilize to find an answers in which the middle number is three, if the answer is a three digit number. others can add to this list though.
the most easiest one however is:
111 x 3 = 333
...
There is no integral solution for that. The factor pairs of 114 are (114,1)(57,2)(38,3)(19,6)
2178
There are actually three answers to your question: 42 * 9, 54 * 7, and 63 * 6 all equal 378.
To find a two-digit number multiplied by a one-digit number that equals 27, we can consider the factors of 27. The two-digit number must be 27 divided by a one-digit factor. The valid combinations are 27 = 9 × 3, where 9 is a one-digit number, and 27 divided by 3 gives us 9, which is also a one-digit number. Therefore, a valid two-digit number multiplied by a one-digit number to get 27 does not exist since 27 itself is a two-digit number.
ONE times a number equals that number.
60x2
The answer is 135. 15 times 9 equals 135 27 times 5 equals 135
There is no integral solution for that. The factor pairs of 114 are (114,1)(57,2)(38,3)(19,6)
2178
The answer to this question is at my website aim feliciano980
The product of 12 times 15 is 180. This can be calculated by multiplying 12 by 15, as each digit in the first number is multiplied by each digit in the second number, and then adding the results together. In this case, 12 times 15 equals 180.
yes
2 x 603 x 404 x 305 x 246 x 208 x 15
There are actually three answers to your question: 42 * 9, 54 * 7, and 63 * 6 all equal 378.
times equals sets of
To find a two-digit number multiplied by a one-digit number that equals 27, we can consider the factors of 27. The two-digit number must be 27 divided by a one-digit factor. The valid combinations are 27 = 9 × 3, where 9 is a one-digit number, and 27 divided by 3 gives us 9, which is also a one-digit number. Therefore, a valid two-digit number multiplied by a one-digit number to get 27 does not exist since 27 itself is a two-digit number.
ONE times a number equals that number.