[" (ii) "(1)/(11)],[" (v) "(2)/(11)]

Write the following in decimal form and say what kind of decimal expansion each has :(i) (36)/(100) (ii) 1/(11) (iii) 4 1/(11) (iv) 3/(13) (v) 2/(11) (iv) (329)/(400)

Write the following in decimal form and say what kind of decimal expansion each has : (i) (36)/(100) (ii) 1/(11) (iii) 4 1/(11) (iv) 3/(13) (v) 2/(11) (iv) (329)/(400)

Write the following in decimal form and say what kind of decimal expansion each has : (i) 36/100 (ii)1/11 (iii) 4 1/8(iv) 3/11 (v) 2/11 (vi) 329/400

Write the following in decimal form and say what kind of decimal expansion each has : (i) 36/100 (ii)1/11 (iii) 3/11 (iv) 2/11 (v) 329/400

(1/2+2/11)/(1-1/2 xx 2/11)

On the ellipse 2x^(2)+3y^(2)=1 the points at which the tangent is parallel to 4x=3y+4 are ( i )((2)/(sqrt(11)),(1)/(sqrt(11))) or (-(2)/(sqrt(11)),-(1)/(sqrt(11))) (ii) (-(2)/(sqrt(11)),(1)/(sqrt(11))) or ((2)/(sqrt(11)),-(1)/(sqrt(11))) (iii) (-(2)/(5),-(1)/(5)) (iv) ((3)/(5),(2)/(5)) or (-(3)/(5),-(2)/(5))

let x_(1)=cos((pi)/(11))cos((2 pi)/(11))cos((3 pi)/(11))cos((4 pi)/(11))cos((5 pi)/(11)) and x_(2)=cos((pi)/(11))+cos(2(pi)/(11))+cos(3(pi)/(11))+cos(4(pi)/(11))+cos(5(pi)/(11)) then show that x_(1).x_(2)=(1)/(64)(cos ec((pi)/(22))-1)

If A=[(1,0),(1,1)], B=[(2,0),(1,1)] and C=[(-1,2),(3,1)], show that

If A+B=[(1,0),(1,1)] and A-2B=[(-1,1),(0,-1)] then A= (A) 1/3 [(1,1),(2,1)] (B) 1/3 [(2,1),(1,2)] (C) [(1,1),(2,1)] (D) none of these

If product of matrix A with [(1,1),(2,0)] is [(3,2),(1,1)] then A^(-1) is given by