The surface is parameterized by

and the normal to the surface is given by the cross product of the partial derivatives of
:

It looks like you're given

Then the normal vector is

Now, the point (2, 2, 0) corresponds to u and v such that

and solving gives
, so the normal vector at the point we care about is

Then the equation of the tangent plane is



Answer:
27
/20
=1 and 7 over 20= 1.35
Step-by-step explanation:
Based on your investigation, what is the value of b for the point (0,b)?
-1
Answer:
(a - 6)²
(3c + 1)²
30e(e - 1)²
Step-by-step explanation:
a^2-12a+36
a² - 6a - 6a + 36
a(a - 6) - 6(a - 6)
(a - 6)(a - 6)
(a - 6)²
9c^2 + 6c + 1
9c² + 3c + 3c + 1
3c(3c + 1) + 1(3c + 1)
(3c + 1)(3c + 1)
(3c + 1)²
30e^3 - 60e^2 + 30e
30e(e² - 2e + 1)
30e(e² - e - e + 1)
30e[e(e - 1) - (e - 1)]
30e(e - 1)(e - 1)
30e(e - 1)²
Answer:
36
Step-by-step explanation: