Determine a cubic polynomial with integer coefficients which has $\sqrt[3]{2} + \sqrt[3]{4}$ as a root.

[ZOGs #1 Supporter]

also @Broot ADD LaTeX INTEGRATION INTO MUH SOICACA BLOOG NOOOOOOOOOW

 

[ZOGs #1 Supporter]

The roots in question BTW

 

[GauntletThrown]

marge

 

[Alabama Penis Man]

x^3 + 3x^2 + 4x - 6

 

[Hoot]

Ohio ass math

 

[AshkeNazi]

name one (1) scenario where this knowledge could be applied

 

[Brainstorm]

Loud mathematical brap

 

[ZOGs #1 Supporter]

name one (1) scenario where this knowledge could be applied

computer science, zelliger

 

[Fagon]

is it 4?

 

[Lism]

what fucking class is this from

 

[Lism]

x^3 + 3x^2 + 4x - 6

FQLSEDVD

How do you do this. I'm a math major and have never encountered a problem such as this and don't know how to do this

 

[Alabama Penis Man]

View attachment 32050
FQLSEDVD

How do you do this. I'm a math major and have never encountered a problem such as this and don't know how to do this

Can I have my solution now

 

[ZOGs #1 Supporter]

View attachment 32050
FQLSEDVD

How do you do this. I'm a math major and have never encountered a problem such as this and don't know how to do this

try proving that the number isnt a rational number and then.. uhh... idk

 

[DonutHole]

21

 

[Soygoy]

21
View attachment 35278

where x is 10 and y is 9, i presume?
in the equation that is y + x?

 

[DonutHole]

where x is 10 and y is 9, i presume?
in the equation that is y + x?

I don't know what that it.