You can multiply the first two, then the result and the third, and so on.
Thus, a*b*c*d*e*... = (...((((a*b)*c)*d)*e) ... )
At each stage you are multiplying only two inetgers.
Personally, I would do each question differently rather than follow a set pattern. I would look for factor pairs of 10, 100, 1000 etc, (or even 20, 200 and so on) multiply them and put the result to one side for using later. I would also find pairs such as x+1 and x-1, or x+3 and x-3 multiply them and put them to a side. But this something that you should be able to do with experience.
Product= the total of two integers multiplied together Sum= The total of two integers added together
you get an positive answer ex +2 multiply +2= 4
the two numbers are 14 and 18
Two consecutive integers will be 0.5 more and 0.5 less than the quotient of their sum divided by 2. The given sum of the two consecutive integers divided by 2 is -3471.5, so the two consecutive integers are -3472 and -3471.
17
Product= the total of two integers multiplied together Sum= The total of two integers added together
to multiply more than two factors for 144 are 12212 144
I'm not sure if that is a question, but if it is, yes, you can add more than two integers. Just add the first two to get a new, single integer and then add that to the next one. You can do that indefinitely if you have a large set of integers.
Two consecutive integers which multiply together to equal 156 are 12 and 13.
You multiply the first two. Then you multiply the result with the third number. Actually you can multiply in any order.
안녕하세요.
you get an positive answer ex +2 multiply +2= 4
If by "has more than two whole numbers" you mean more than two factors, the answer is all composite integers.
the two numbers are 14 and 18
Two consecutive integers will be 0.5 more and 0.5 less than the quotient of their sum divided by 2. The given sum of the two consecutive integers divided by 2 is -3471.5, so the two consecutive integers are -3472 and -3471.
17
Only when you divide or multiply.