Find the values of the following: 10. (cosec^{-1}(-sqrt{2})) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3})) 5. (cos^{-1}({-frac{1}{2}})) 6.…
Find the principal values of the following: 9. (cos^{-1}({-frac{1}{sqrt 2}})) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3})) 5.…
Find the principal values of the following: 7. (sec^{-1}({frac{2}{sqrt 3}})) 8. (cot^{-1}(sqrt 3)) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2))…
Find the principal values of the following: 5. (cos^{-1}({-frac{1}{2}})) 6. (tan^{-1}(-1)) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3}))…
Find the principal values of the following: 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3})) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3}))…
Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) Inverse Trigonometric Functions Exercise 2.1 Previous Next Class 12 Inverse Trigonometric Functions Exercise 2.1 Find the principal values of the following: 1. (sin^{-1}({-frac{1}{2}})) 2. (cos^{-1}({frac{sqrt{3}}{2}})) 3. (cosec^{-1}(2)) 4. (tan^{-1}(-sqrt{3}))…
16. Let R be the relation in the set N given by R={(a,b) : a=b–2, b>6}. Choose the correct answer. (A) (2,4) (in) R (B) (3,8) (in) R (C) (6,8) (in) R (D) (8,7) (in) R Relations and Functions Exercise…
15. Let R be the relation in the set {1,2,3,4} given by R={(1,2), (2,2), (1,1), (4,4), (1,3), (3,3), (3,2)}. Choose the correct answer. (A) R is reflexive and symmetric but not transitive. (B) R is reflexive and transitive but not…
14. Let L be the set of all lines in XY plane and R be the relation in L defined as R={(L1,L2) : L1 is parallel to L2}. Show that R is an equivalence relation. Find the set of all…
13. Show that the relation R defined in the set A of all polygons as R={(P1,P2) : P1 and P2 have same number of sides}, is an equivalence relation. What is the set of all elements in A related to…
