Comments

• Well, to simplify this, there is a very easy method. First, we'll let r = x^2 So, we can simplify the first equation to: r^2 - 5r - 6 By factoring that we get: (r - 3)(r - 2) then just substitute x^2 for r back in. (x^2 - 3)(x^2…

  in how do you factor x^4-5x^2-6? Comment by kusmosis June 2021
• Well, to simplify this, there is a very easy method. First, we'll let r = x^2 So, we can simplify the first equation to: r^2 - 5r - 6 By factoring that we get: (r - 3)(r - 2) then just substitute x^2 for r back in. (x^2 - 3)(x^2…

  in how do you factor x^4-5x^2-6? Comment by kusmosis May 2021
• Well, to simplify this, there is a very easy method. First, we'll let r = x^2 So, we can simplify the first equation to: r^2 - 5r - 6 By factoring that we get: (r - 3)(r - 2) then just substitute x^2 for r back in. (x^2 - 3)(x^2…

  in how do you factor x^4-5x^2-6? Comment by kusmosis May 2021
• Well, to simplify this, there is a very easy method. First, we'll let r = x^2 So, we can simplify the first equation to: r^2 - 5r - 6 By factoring that we get: (r - 3)(r - 2) then just substitute x^2 for r back in. (x^2 - 3)(x^2…

  in how do you factor x^4-5x^2-6? Comment by kusmosis May 2021
• Well, to simplify this, there is a very easy method. First, we'll let r = x^2 So, we can simplify the first equation to: r^2 - 5r - 6 By factoring that we get: (r - 3)(r - 2) then just substitute x^2 for r back in. (x^2 - 3)(x^2…

  in how do you factor x^4-5x^2-6? Comment by kusmosis May 2021