1 |
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integration by parts
definite integral
Differentation
None of these
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2 |
If the graph of f is entirely below the x-axis, then the definite integral is: |
Positive
Positive or negative
Negative
Positive and negative
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3 |
If the graph of f is entirely above the x-axis, then the definite integral is _______: |
Positive
Positive or negative
Negative
Positive and negative
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4 |
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36
42
48
12
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5 |
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domain
range
lower limit
upper limit
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6 |
|
domain
range
lower limit
upper limit
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7 |
If the lower limit is a constant and the upper limit is a variable, then the integral is a function of: |
x
y
lower limit
upper limit
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8 |
If the upper limit is a constant and the lower limit is a variable, then the integral is a function of: |
x
y
lower limit
upper limit
|
9 |
|
Integration by parts
Definite integral
Differentiation
None of these
|
10 |
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e<sup>2x</sup> sin x + c
e<sup>2x</sup>cosx + c
-e<sup>2x</sup>sin x + c
-e<sup>2x</sup>cosx + c
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11 |
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e<sup>-x</sup> sin x + c
-e<sup>-x</sup> sin x + c
e<sup>-x</sup>cosx + c
-e<sup>-x</sup>sin x + c
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12 |
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e<sup>ax</sup>
f(x)
e<sup>ax</sup>f(x)
e<sup>ax + f(x)</sup>
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13 |
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ln |sin x|
- ln |sin x|
ln |cos x|
-ln |cos x|
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14 |
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ln |sec x + tan x | + c
ln |cosec x - cot x | + c
ln |sec x - tan x | + c
ln |cosec x + cot x | + c
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15 |
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ln |sec x + tan x | + c
ln |cosec x - cot x | + c
ln |sec x - tan x| + c
ln |cosec x + cot x | + c
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16 |
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f(x)
ln |f(x)|
f'(x)
ln |f'(x)|
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17 |
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a cosec (ax + b)
cot (ax + b)
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18 |
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19 |
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20 |
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