they are multiples.Because the number 4 has to factor pairs into it because you can multiply (1x4)(2x2).
and you can also divide (4 divided by 4 equals 1)AND(4 divided by 2 equals 2).
no if you look at the multiplication table youll see that its not and try multiply up to a hundred by nine or add nine many times until you get up to 100 youll see it will not equal a hundred
See the Related Links section below for a link to a site with a good multiplication chart.
to see the pic of a table chart go to google search and type table chart you will see a lot there
It's going by 5's1
You need another number if your going to see if you have a multiple in common with it. Otherwise there are multiples of 72 such as 72x1, 72x2, 72x3, etc.
This link gives you an excellent multiplication table and some tips.Please see related link below.
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I see a pattern of consecutive integers.
I see that they include all of the whole numbers.
They can all be divided by 3
They all have even digits and Im bored.
The units digits start with 8 and go down in steps of 2. The units digit repeats every 5 multiples, The last pair of digits repeat every 25 multiples.
The digital root is the sum of all the digits in an integer, with the process repeated if required. The digital root of all multiples of 3 are themselves multiples of 3. Their fully reduced values are 3, 6 or 9.
The commutative property of multiplication states that for numbers x and y, x*y = y*x It is hard to see how this can help in answering 7*8 unless you know the seven times table and not the eight times table or the other way around.
no if you look at the multiplication table youll see that its not and try multiply up to a hundred by nine or add nine many times until you get up to 100 youll see it will not equal a hundred
I cannot see any numbers in the list that are not multiples of ten.