Je bent je ingevulde velden bij deze pagina aan het verwijderen. Ben je zeker dat je dit wilt doen?
You are erasing your filled-in fields on this page. Are you sure that is what you want?
Nieuwe Versie BeschikbaarNew Version Available
Er is een update van deze pagina. Als je update naar de meest recente versie, verlies je mogelijk je huidige antwoorden voor deze pagina. Hoe wil je verdergaan ?
There is an updated version of this page. If you update to the most recent version, then your current progress on this page will be erased. Regardless, your record of completion will remain. How would you like to proceed?
Below is a few practice problems of various difficulty, but you will need considerably more practice than one each. For that reason
you should definitely use the green “Try Another” button in the top right corner at least two or three times to complete
additional versions of these questions for more practice. You should keep using that button until doing these problems feels straight
forward and easy, and then come back after a week or so of doing other stuff and try again to make sure it is still just as easy for
you.
Theoretically Easier Difficulty Problem
You can use a prime factor tree to get the prime factorization of .
Remember that, if there is nothing you can simplify out, then you should enter “1” in as the outside coefficient. Likewise, if you
manage to simplify out everything, then you should enter “1” as the remainder inside the root.
Simplify the following radical: =
Theoretically Medium Difficulty Problem
You can use a prime factor tree to get the prime factorization of .
Simplify the following radical: =
Theoretically Harder Difficulty Problem
You can use a prime factor tree to get the prime factorization of which is:
