1*41
All whole numbers, when multiplied by two (2) are even numbers (Of course, this includes zero, which is an even number).
What 3 different whole numbers give the same result when they are added as when they are multiplied? Hmm... 1,2,3 1 + 2 + 3 = 6 & 1 x 2 x 3 = 6
There is an infinite combination of numbers you can use to multiply that will result in 29. However, no whole numbers can be multiplied to result in 29. Instead, multiply a fraction or decimal. For example: 2 and 14.5 or 14 1/2.
31 and 2 will multiply to make 62. The only other two whole numbers that will multiply to 62 are 62 and 1.
1 and 41.
1*41
All whole numbers, when multiplied by two (2) are even numbers (Of course, this includes zero, which is an even number).
13 is a prime number, so the only 2 whole numbers that multiply to 13 are 13 and 1.
2 + 2 = 4 2 x 2 = 4
1 and 82 2 and 41
Yes! +2 multiplied by +12 = +24
What 3 different whole numbers give the same result when they are added as when they are multiplied? Hmm... 1,2,3 1 + 2 + 3 = 6 & 1 x 2 x 3 = 6
There is an infinite combination of numbers you can use to multiply that will result in 29. However, no whole numbers can be multiplied to result in 29. Instead, multiply a fraction or decimal. For example: 2 and 14.5 or 14 1/2.
The two whole numbers that satisfy the given conditions are 150 and 10. Their product is 1500, and their greatest common factor (GCF) is 10.
109 is a prime number, so 1*109 = 109, but no other whole numbers will work.
Impossible if you are talking whole numbers. Else, you can do 1.9 times 5 times 2. That is kinda cheap, but it is an answer.