Answer:
V = π /2 volume units
Step-by-step explanation:
Volume of y = √x bounded by y = x and y = 1
y = √x
limits of integration ( see Annex )
By simple inspection limits of integration are x = 0 to x = 1
or y = √x and y = x
solving these two equations
x = 0 y = 0 x = 1 y = ± 1
V = ∫ π*f(x)²*dx
V = π * ∫₀¹ x*dx = π * x²/2 |₀¹
V = π * (1/2) - 0
V = π /2 volume units
Answer:
(4, 4)
Step-by-step explanation:
y = 7/4 x - 3 graph (0, -3) (2, .5), (4, 4) (8, 11). Draw the line
y = x graph (0,0) (2, 2), (4, 4) , ( -2, -2). Draw the line
The two lines intersect at point (4, 4)
Answer:
Parallel lines
Step-by-step explanation:
It could be a "focus". But there's no way to be sure, since you forgot
to include the picture and there's no "ellipse shown below".
Base in your question that ask to find the Taylor series for function f(x) at a given value of A. And assume that F has a power series expansion. So to solve this you must first derive its function in to a standard series for taylor. Then after that you will came up with a solution of <span>Ts</span>=<span>c0</span><span><span>(x−a<span>)^0/</span></span><span>0! </span></span>+ <span>c1</span><span><span>(x−a<span>)^1/ </span></span><span>1! </span></span>+ <span>c2</span><span><span>(x−a<span>)^2/</span></span><span>2!</span></span>+<span>c3</span><span><span>(x−a<span>)^3/</span></span><span>3!</span></span>
