The function cot − 1 x is defined to be the inverse of the restricted cotangent function cot x , 0 < x < π and the function csc − 1 x is defined to be the inverse of the restricted cosecant function csc x , − π / 2 ≤ x ≤ π / 2 , x ≠ 0 Use these definitions in these and in all subsequent exercises that involve these functions. (a) Sketch the graphs of cot − 1 x and csc − 1 x . (b) Find the domain and range of cot − 1 x and csc − 1 x .
The function cot − 1 x is defined to be the inverse of the restricted cotangent function cot x , 0 < x < π and the function csc − 1 x is defined to be the inverse of the restricted cosecant function csc x , − π / 2 ≤ x ≤ π / 2 , x ≠ 0 Use these definitions in these and in all subsequent exercises that involve these functions. (a) Sketch the graphs of cot − 1 x and csc − 1 x . (b) Find the domain and range of cot − 1 x and csc − 1 x .
The function
cot
−
1
x
is defined to be the inverse of the restricted cotangent function
cot
x
,
0
<
x
<
π
and the function
csc
−
1
x
is defined to be the inverse of the restricted cosecant function
csc
x
,
−
π
/
2
≤
x
≤
π
/
2
,
x
≠
0
Use these definitions in these and in all subsequent exercises that involve these functions.
(a) Sketch the graphs of
cot
−
1
x
and
csc
−
1
x
.
(b) Find the domain and range of
cot
−
1
x
and
csc
−
1
x
.
Explain how the graph of f can be obtained from the graph of y=(1)/(x). Then graph f.A) The graph can be obtained from y=(1)/(x) by reflecting it across the x-axis, and shifting it.a) 1 unit(s) to the left, and 5 unit(s) down.b) 1 unit(s) to the right, and 5 unit(s) up.c) 1 unit(s) to the right, and 5 unit(s) down.d) 1 unit(s) to the left, and 5 unit(s) up.B) Graph f.
Which one the correct answer ?
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