Section A
Q1. Let V be a vector space of the dimension n over a field F. Then show that V is isomorphic to Fn. Let T: R3 -> R3 be a linear map defined by T(x, y, z) = (x, z, -2y - z) and let f(u) = -u3 + 2. Then find f(T). Test the convergence of improper integral If u = z sin (y/x); where x = 3r2 + 3s, y = 4r - 2s3, z = 2r2 - 3s2; then find (\partial u)/(\partial r) and (\partial u)/(\partial s). If the equation ax2 + 2hxy + by2 + 2gx + 2fy + c = 0, represents two intersecting straight lines, then show that the square of the distance of the point of intersection from the origin is (c(a + b)-(f2 + g2))/(ab-h2).
(integral) ∫ab (dx)/((x-a)^n)