Question # 1

The technique or method to find such a function whose derivative is given involves the inverse process of differentiation called:

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Differentiation

Integration

Differential

None of these

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domain

range

lower limit

upper limit

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e^2x sin x + c

e^2xcosx + c

-e^2xsin x + c

-e^2xcosx + c

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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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equal to each other

not equal to each

nearly equal to each other

none of these

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domain

range

lower limit

upper limit

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a cosec (ax + b)

cot (ax + b)

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e^-x sin x + c

-e^-x sin x + c

e^-xcosx + c

-e^-xsin x + c

Area between x-axis and the curve:

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32

16

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integration by parts

definite integral

Differentation

None of these

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cos x + c

- cos x + c

sin x + c

-sin x + c

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Derivative

Differential

Integral

None of these

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2

1

If y = sin x then dy =

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cosy dx

cos x

cosx dx

cos xdy

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tan x + c

-tan x + c

sec x + c

-sec x + c

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Integration by parts

Definite integral

Differentiation

None of these

The term dy (or df) = f '(x) dx is called the __________ of the dependent variable y.

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Differentiation

Integration

Differential

None of these

If y = x² + 1 _______________ x changes from 3 to 3.02 then dy = __________

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0.1204

.12

.02

1.2

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equal to each other

not equal to each other

nearly equal to each other

None of these

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Mathematics Fsc Part 2 Chapter 3 Online Test MCQs With Answers

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