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?
Please be aware! Xronos is very good at making sure the factored polynomial you
have entered is the same polynomial. It is less reliable to know if you have entered a
fully factored version of that polynomial. To be sure that your factored version is
fully factored, you should check two things:
Every factor is degree 1 or degree 2 polynomial (a linear expression or a
quadratic).
If the factor is a quadratic, then the discriminate () must be negative.
If it is Zero or positive, then that term can be factored further and you
should try to do so.
Note: This is using an experimental factoring validator. If you verified that your
answer should be correct and Xronos won’t take it, please email your instructor to
see if there is a problem.
1 :
Factor the following polynomial (hint: Using the Rational Root Theorem to get a
zero, then divide out the factor to reduce the polynomial)
2 :
Factor the following polynomial (hint: Using the Rational Root Theorem to get a
zero, then divide out the factor to reduce the polynomial)
3 :
Factor the following polynomial (hint: Using the Rational Root Theorem to get a
zero, then divide out the factor to reduce the polynomial)
4 :
Factor the following polynomial (hint: Using the Rational Root Theorem to get a
zero, then divide out the factor to reduce the polynomial)