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Science (English Medium) इयत्ता १२ - CBSE Question Bank Solutions for Mathematics

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Mathematics
< prev  961 to 980 of 8966  next > 

Evaluate the following:

`sec^-1(sec  (13pi)/4)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Give an example of a relation which is reflexive and transitive but not symmetric?

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

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Evaluate the following:

`sec^-1(sec  (25pi)/6)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Give an example of a relation which is symmetric and transitive but not reflexive?

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Give an example of a relation which is symmetric but neither reflexive nor transitive?

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Give an example of a relation which is transitive but neither reflexive nor symmetric?

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Given the relation R = {(1, 2), (2, 3)} on the set A = {1, 2, 3}, add a minimum number of ordered pairs so that the enlarged relation is symmeteric, transitive and reflexive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Let A = {1, 2, 3} and R = {(1, 2), (1, 1), (2, 3)} be a relation on A. What minimum number of ordered pairs may be added to R so that it may become a transitive relation on A.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Let A = {abc} and the relation R be defined on A as follows: R = {(aa), (bc), (ab)}. Then, write minimum number of ordered pairs to be added in R to make it reflexive and transitive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Defines a relation on :
  x > y, x, y ∈  N

Determine the above relation is reflexive, symmetric and transitive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Evaluate the following:

`\text(cosec)^-1(\text{cosec}  pi/4)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Evaluate the following:

`cosec^-1(cosec  (3pi)/4)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Evaluate the following:

`cosec^-1(cosec  (6pi)/5)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Defines a relation on :

x + y = 10, xy∈ N

Determine the above relation is reflexive, symmetric and transitive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Evaluate the following:

`cosec^-1(cosec  (11pi)/6)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Defines a relation on N:

xy is square of an integer, x, y ∈ N

Determine the above relation is reflexive, symmetric and transitive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Evaluate the following:

`cosec^-1(cosec  (13pi)/6)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Defines a relation on N:

x + 4y = 10, x, y ∈ N

Determine the above relation is reflexive, symmetric and transitive.

[1] Relations and Functions
Chapter: [1] Relations and Functions
Concept: undefined >> undefined

Evaluate the following:

`cosec^-1{cosec  (-(9pi)/4)}`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined

Evaluate the following:

`cot^-1(cot  pi/3)`

[2] Inverse Trigonometric Functions
Chapter: [2] Inverse Trigonometric Functions
Concept: undefined >> undefined
< prev  961 to 980 of 8966  next > 
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