Practice with Multiples
The multiples of $\,2\,$ are $\,2\,,$ $\,4\,,$ $\,6\,,$ $\,8\,,$ $\,10\,,$ $\,12\,,$ $\,14\,,$ $\,16\,,$ $\,18\,,$ and so on.
Notice that the multiples of $\,2\,$ are obtained by taking the number $\,2\,,$ and multiplying successively by $\,1\,,$ $\,2\,,$ $\,3\,,$ $\,\ldots\,$ Notice also that $\,2\,$ goes into each of these numbers evenly.
The multiples of $\,3\,$ are $\,3\,,$ $\,6\,,$ $\,9\,,$ $\,12\,,$ $\,15\,,$ $\,18\,,$ $\,21\,,$ $\,24\,,$ $\,27\,,$ and so on.
Notice that the multiples of $\,3\,$ are obtained by taking the number $\,3\,,$ and multiplying successively by $\,1\,,$ $\,2\,,$ $\,3\,,$ $\,\ldots\,$ Notice also that $\,3\,$ goes into each of these numbers evenly.
In general, the multiples of a number $\,\,x\,\,$ are $\,\,x\,,$ $\,\,2x\,,$ $\,\,3x\,,$ $\,\,4x\,,$ and so on. To test if something is a multiple of $\,\,x\,,$ just see if $\,\,x\,\,$ goes into it evenly.
My sister and I have finished our house-clean-out adventure! Here are photos of the house (30 Mt Laurel Way, Monterey, MA). Click on any photo for captions. It should be on the MLS soon.
Want to say hello? Sign my guestbook!