Answer Happy

Posted: **Thu Jul 14, 2022 4:03 pm**

: For Every Non Zero Value Of P The Function Fp X P X4 6 P X2 5 Has Two Inflection Points P1 P2 In The Xy Plane Deter 1 (15.8 KiB) Viewed 36 times

: For Every Non Zero Value Of P The Function Fp X P X4 6 P X2 5 Has Two Inflection Points P1 P2 In The Xy Plane Deter 2 (13.61 KiB) Viewed 36 times

For every non-zero value of p the function fp(x)=p⋅x4−6⋅p⋅x2−5 has two inflection points P1,P2 in the xy-plane. Determine the coordinates of P1 and P2 Give your answer as a list [x,y]. The point P1 should be to the left of P2. P1=[,] P2=[1]
Let l denote the line through P1 and P2. Determine the value for p for which the y-value of the intersection l with the y-axis is equal to y=10. Aside, you can add a note explaining the strategy for solving this exercise even if you did not manoge to solve the previous one.

Answer Happy

For every non-zero value of p the function fp​(x)=p⋅x4−6⋅p⋅x2−5 has two inflection points P1​,P2​ in the xy-plane. Deter

For every non-zero value of p the function fp​(x)=p⋅x4−6⋅p⋅x2−5 has two inflection points P1​,P2​ in the xy-plane. Deter

For every non-zero value of p the function fp(x)=p⋅x4−6⋅p⋅x2−5 has two inflection points P1,P2 in the xy-plane. Deter

For every non-zero value of p the function fp(x)=p⋅x4−6⋅p⋅x2−5 has two inflection points P1,P2 in the xy-plane. Deter