1 |
|
sin h x
cos h x
tan h x
cot h x
|
2 |
|
sin h x
cos h x
tan h x
cot h x
|
3 |
sec h x = ________ |
|
4 |
tan h x = _________ |
|
5 |
|
|
6 |
sin h x = ___________ |
|
7 |
f(x) = ax + b will be an identity function if |
a = 1 , b = 1
a = 1 , b = 0
|
8 |
An open sentences formed by using the sign of equality '=' is called ______ |
An identity
An equation
A polynomial
None of these
|
9 |
f(x) = ax + b will be a constant function if |
a = 1 , b = 1
a = 1 , b = 0
|
10 |
x2+ x - 6 = 0 is |
An equation
An identity
A polynomial
None of these
|
11 |
x3+ 2x2- 3x + 5 is ______ |
An equation
A polynomial
Proper rational fractions
Improper rational fractions
|
12 |
In natural logarithm the base is |
1
0
10
e
|
13 |
In common logarithm the base is |
1
0
10
e
|
14 |
|
Polynomial
Equation
Improper rational fraction
Proper rational fraction
|
15 |
f(x) = 1 is |
identity function
constant function
linear function
quadratic function
|
16 |
f(x) = x is |
trigonometric function
exponential function
quadratic function
identify function
|
17 |
|
quadratic function
constant function
trigonometric function
linear function
|
18 |
|
quadratic function
constant function
linear function
exponential function
|
19 |
f(x) = C is |
identity function
constant function
linear function
quadratic function
|
20 |
f(x) = 2x+ 3 . 22x+ 5 is |
trigonometric function
algebraic function
exponential function
logarithmic function
|
21 |
f(x) = log x + 3 is a |
trigonometric function
algebraic function
exponential function
logarithmic function
|
22 |
f(x) = sin x + cos2x is |
trigonometric function
algebraic function
exponential function
logarithmic function
|
23 |
|
Improper rational fraction
Proper rational fraction
Polynomial
Equation
|
24 |
f(x) = 2x2+ 3x + 5 is a |
trigonometric function
algebraic function
exponential function
logarithmic function
|
25 |
If y=f(x) is a function then y is called |
dependent variable
independent variable
constant
none of these
|
26 |
If y=f(x) is a function then x is called |
dependent variable
independent variable
constant
none of these
|
27 |
If f(x) = x + 1 then f(z2-1) is |
z<sup>2</sup>
z<sup>2</sup>+ 2
z<sup>2</sup>- 2
none of these
|
28 |
|
0
1
2
1/2
|
29 |
|
0
1
2
|
30 |
|
0
1
1/2
|