A) Spline interpolation consists of a approximation of a function by means of series of polynomials over adjacent intervals with contin atuat enddend point of intervals .
Therefore spline function is a smoothing interpolation.
True.
B) Given cos(n arccosx) is polynomial of degree 1 but not n.
False.
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Q4 Spline 5 Points A spline function is a smooth interpolation. O True O False Q5...
Q2 5 Points Interpolation is the process of finding and evaluating a differentiable function whose graph goes through a set of given points. True O False Q3 Divided 5 Points Divided differences are invariant under the permutation of the indexes of the data set. True O False Q4 Spline 5 Points A spline function is a smooth interpolation. True False Q5 Polynomial 5 Points For 15x< 1 the expression cos(n arccosa) is a polynomial of degree n. True O False...
TRUE OR FALSE numeric analysis subject TRUE OR FALSE a) Interpolation is the proccess of finding and evaluating a differientable function whose graph goes through a set of given points. b) Divided differences are invariant under the permutation of the indexes of the data set. c) A spline function is a smooth interpolation d) For -1 LX 41 the expression (narccos x) is a polynomial of degree n.
TRUE OR FALSE numeric analysis subject 6) Divided differences are invariant under the permutation of the indexes of the data set. (c) A spline function is a smooth interpolation d) For -1 2x1 the expression (narccos x) is a polynomial of degree n. e) Simpson's rule uses a quadratic interpolation of a function on a closed interval
Q10 General 15 Points Find the solution to the interpolation problem of finding a polynomial q(x) with deg(q) < 2 and such that q(X) = Yo, q(x1) = yi, and q' (x1) = yi with Xo <31. Under what exact conditions is deg(q) = 2?
Q8 Spline 15 Points Define s(2) = -5 + 8x6x2 + 2x2 on 1 < x <2, and 8(x) = 27 402 + 1822. on 2<< <3 Verify that s() is a cubic spline function on (1,3). Is it a natural spline function on this interval?
Q10 General 15 Points Find the solution to the interpolation problem of finding a polynomial q(x) with deg(q) < 2 and such that 9(20) = yo 9(x1) = y1, and q'(x1) = y1 with x0 < 21. Under what exact conditions is deg(q) = 2? Please select file(s) Select file(s) Submit & View Submission>
Question 1 2 pts The Hermite Interpolation polynomial for 33 distinct nodes has Degree at most {Be Careful with the answer. Look at the Theorem and the Question Carefully; compare the given information} Question 2 2 pts If f € C4 [a, b] and p1, P2, P3, and p4 are Distinct Points in [a, b], Then 1. There are two 3rd divided differences 2. There is exactly one 3rd divided difference and it is equal to the value of f(iv)...
If n<30, we cannot perform a hypothesis test for Ho:p = 0.5. O True O False
beta is 1 2. ( 20p.) Consider the cubic spline for a function f on (0, 2) defined by 223 + ax2 + rx + 1 if 0 < x < 1 S(X) = (.x - 1)3 + c(x - 1)2 + d(x - 1) + B if i < x < 2 S(x) = { where r, c and d are constants. Find f'(0) and f'(2), if it is a clamped cubic spline.
Q2 5 Points Interpolation is the process of finding and evaluating a differentiable function whose graph goes through a set of given points. O True O False Q3 Divided 5 Points Divided differences are invariant under the permutation of the indexes of the data set. O True O False