Answer:
third option
Step-by-step explanation:
m(n(x)) =
the domain of this is R/(4)
so as the third option
The points on the intersection of the ellipsoid with the plane that are respectively closest and furthest from the origin are
(2–√,−2–√,2−22–√)
(−2–√,2–√,2+22–√)
Using Lagrange multipliers we attempt to find the extrema of f(x,y,z)=x2+y2+z2 given that g(x,y,z)=x−y+z−2=0 and that h(x,y,z)=x2+y2−4=0.
Given,
∇f=⟨2x,2y,2z⟩
∇g=⟨1,−1,1⟩
∇h=⟨2x,2y,0⟩
Extrema satisfy the condition that ∇f=μ∇g+λ∇h for some λ,μ∈R.
This is to say,
2x=2λx+μ
2y=2λy−μ
2z=μ
If λ=1 then μ=0 and so z=0, the g constraint tells us that x=y+2, and the h constraint tells us that y2+(y+2)2=4, meaning that either y=0 or y=2. This provides us with two crucial points in addition to the g constraint:
(2,0,0)
(0,−2,0)
Now assume λ≠1, and so
x=μ2−2λ
y=−μ2−2λ=−x
Since x=−y, we have that x=±2–√, y=∓2–√. Using the g constraint, our two critical points are
(2–√,−2–√,2−22–√)
(−2–√,2–√,2+22–√)
And then it's east to determine which is the max and which is the min out of these four critical points.
To learn more about Lagrange multiplier
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There are 1000 millilitres in one litre, so Shanika will need 700 more millilitres.
Answer: r=7.4%=0.074
Move decimal over two places
P=13000
Given as the principal
t=19
Given as the time
V=Pe^{rt}
V=13000e^{0.074( 19)}
Plug in
V=13000e^{1.406}
Multiply
V=53034.856≈53034.86
Use calculator and round to nearest cent
Answer:
i personaly dont know the answer u could try copy and pasting in google or something, anyways look it up, im pretty sure youll have a answer
Step-by-step explanation:
