Question # 1

Choose an answer

tan x + c

- tan x + c

sec x tan x + c

- sec x tan x + c

Choose an answer

cos x + c

- cos x + c

sin x + c

-sin x + c

Choose an answer

e^-x sin x + c

-e^-x sin x + c

e^-xcosx + c

-e^-xsin x + c

Choose an answer

equal to each other

not equal to each other

nearly equal to each other

None of these

Choose an answer

0

1

2

4

Choose an answer

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

Choose an answer

Differentiation

Integration

Differential

None of these

Choose an answer

ln |sec x + tan x | + c

ln |cosec x - cot x | + c

ln |sec x - tan x | + c

ln |cosec x + cot x | + c

Choose an answer

equal to each other

not equal to each

nearly equal to each other

none of these

Choose an answer

domain

range

lower limit

upper limit

If the graph of f is entirely above the x-axis, then the definite integral is _______:

Choose an answer

Positive

Positive or negative

Negative

Positive and negative

Choose an answer

Integration

Integrand

Constant of integration

None of these

Choose an answer

e^ax

f(x)

e^axf(x)

e^{ax + f(x)}

Choose an answer

Derivative

Differential

Integral

None of these

Choose an answer

cot x

- cot x

cosec x cot x

-cosec x cot x

If the lower limit is a constant and the upper limit is a variable, then the integral is a function of:

Choose an answer

x

y

lower limit

upper limit

Choose an answer

a cosec (ax + b)

cot (ax + b)

An integral of 3x² is:

Choose an answer

x³+c

3

6x

x^2+c

The general solution of differential equation of order n contains n arbitrary constants, which can be determined by ------------ initial value conditions.

Choose an answer

1

0

2

n

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

Choose an answer

Differentiation

Integration

Differential

None of these

More Classes

Other Links

FA Part 2 Mathematics Chapter 3 Test Online MCQs With Answers

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer

Choose an answer