Let f(x) = ln(x3 3x2 16x 12) , then the 1729th derivative at x = 234 is?

Question

Let f(x) = ln(x3   3x2   16x   12) , then the 1729th derivative at x = 234 is?

TuteeHUB · Accepted Answer

(-1728!)  (  times(  frac{1}{228^{1729}}+  frac{1}{236^{1729}}+  frac{1}{235^{1729}})  )

TuteeHUB · Answer

(1728!)  (  times(  frac{1}{228^{1729}}+  frac{1}{236^{1729}}+  frac{1}{235^{1729}})  )

TuteeHUB · Answer

(-1728!)  (  times(  frac{1}{228^{1729}}+  frac{1}{236^{1729}}+  frac{1}{235^{1729}})  )

TuteeHUB · Answer

(1728!)  (  times(  frac{1}{228^{1729}}+  frac{1}{236^{1728}}+  frac{1}{235^{1729}})  )

TuteeHUB · Answer

(-1729!)  (  times(  frac{1}{228^{1729}}+  frac{1}{236^{1729}}+  frac{1}{235^{1729}})  )

1.	Let f(x) = ln(x³ 3x² 16x 12) , then the 1729^th derivative at x = 234 is?
A.	(1728!) ( times( frac{1}{228^{1729}}+ frac{1}{236^{1729}}+ frac{1}{235^{1729}}) )
B.	(-1728!) ( times( frac{1}{228^{1729}}+ frac{1}{236^{1729}}+ frac{1}{235^{1729}}) )
C.	(1728!) ( times( frac{1}{228^{1729}}+ frac{1}{236^{1728}}+ frac{1}{235^{1729}}) )
D.	(-1729!) ( times( frac{1}{228^{1729}}+ frac{1}{236^{1729}}+ frac{1}{235^{1729}}) )
Answer» B. (-1728!) ( times( frac{1}{228^{1729}}+ frac{1}{236^{1729}}+ frac{1}{235^{1729}}) )

Let f(x) = ln(x³ 3x² 16x 12) , then the 1729^th derivative at x = 234 is?