Find the Curl of the function f=(3x- * ? 2y)k -21-3j O -2i+3j O 21-3j O 2i+3j O

Q: how do i find a high order polynomial equation that  passes through the points (190,145), (160,180),…

A: how do i find a high order polynomial equation that  passes through the points (190,145), (160,180),…

Q: find the quadratic polynomial whose zeores are (I) 3,-4 (ii) 2,1

A: Given problem is : find the quadratic polynomial whose zeroes are (I) 3,-4 (ii) 2,1

Q: ind a polynomial p(x) with zeros as -2,-3,1,3 ?

A: To find a polynomial p(x) with zeros as -2,-3,1,3

Q: What are the zeros of the polynomial function f(x) = æ4 – 3a – 202 + 6x? O (-2,0), (–/2,0), (2, 0),…

A: By using Horners method

Q: Could you explain how to do the computation in step 2?

A: We know, the matrix addition and matrix multiplication is given by         |–  x  –|          |–  z…

Q: Q2 /| Find a cubic polynomial of x (5, 147). given points (0, 2), (1, 3), (2, 12),

A: Newton's divided differences interpolation

Q: 8. Find one zero of the polynomial f(x)=2x-x-6x+3 %3D

A: Given function is: Apply rational root theorem to get roots of polynomial. If the polynomial has a…

Q: Let P0. (x) denote the quadratic polynomial that interpolates the data {(xo, yo), (x1, y1), (x2,…

A:

Q: Simplify each polynomial function. Be very careful! -10(u + v) + 8(u - 1) - 3(u + 6) = 7x -[2(x² -…

A:

Q: Which function does not classify as a polynomial? a) y=-3 b) 5x^1/2 c) y=2x^2 -1 d) -2x^7

A:

Q: Consider a country with a 6 states and 40 seats in the House of Representatives with populations…

A: Hamilton and Jefferson methods are used to find the apportionment. In Hamilton method the divisor is…

Q: Are u able to do polynomial fitting without any mathematical tool? Why?

A: Polynomial fitting manually: a: Polynomial coefficient k: degree of polynomial N: no. of points to…

Q: A. List all the possible zeroes of the function below : 1.) 3x^3 - 10x^2 +4x + 5 2.) x^3 - 3x - 2 B.…

A:

Polynomials

Try substituting 1. You will get 6 and not 0. Try other real values also. What About -2? Let us check.