Calculate the definite integrals of the following:

The best Maths tutors available
Sehaj
4.9
4.9 (56 reviews)
Sehaj
£60
/h
Gift icon
1st lesson free!
Intasar
5
5 (68 reviews)
Intasar
£129
/h
Gift icon
1st lesson free!
Johann
5
5 (48 reviews)
Johann
£50
/h
Gift icon
1st lesson free!
Hiren
5
5 (32 reviews)
Hiren
£149
/h
Gift icon
1st lesson free!
Poonam
5
5 (62 reviews)
Poonam
£100
/h
Gift icon
1st lesson free!
Harjinder
4.9
4.9 (163 reviews)
Harjinder
£25
/h
Gift icon
1st lesson free!
Syed
5
5 (65 reviews)
Syed
£50
/h
Gift icon
1st lesson free!
Farooq
4.9
4.9 (50 reviews)
Farooq
£50
/h
Gift icon
1st lesson free!
Sehaj
4.9
4.9 (56 reviews)
Sehaj
£60
/h
Gift icon
1st lesson free!
Intasar
5
5 (68 reviews)
Intasar
£129
/h
Gift icon
1st lesson free!
Johann
5
5 (48 reviews)
Johann
£50
/h
Gift icon
1st lesson free!
Hiren
5
5 (32 reviews)
Hiren
£149
/h
Gift icon
1st lesson free!
Poonam
5
5 (62 reviews)
Poonam
£100
/h
Gift icon
1st lesson free!
Harjinder
4.9
4.9 (163 reviews)
Harjinder
£25
/h
Gift icon
1st lesson free!
Syed
5
5 (65 reviews)
Syed
£50
/h
Gift icon
1st lesson free!
Farooq
4.9
4.9 (50 reviews)
Farooq
£50
/h
Gift icon
1st lesson free!
Let's go

Exercise 1

Exercise 2

Exercise 3

Exercise 4

Exercise 5

Exercise 6

Exercise 7

Solution of exercise 1

Solution of exercise 2

Solution of exercise 3

Solution of exercise 4

Solution of exercise 5

Solution of exercise 6

, then

v' = 1, then v = x

=

Solution of exercise 7

Calculate the definite integral by change of variable.

Find the new limits of integration.

, ,

Integrate by parts.

, then

, then

Also, this can be done without transforming the integration limits and returning to the initial variable.

Did you like this article? Rate it!

4.00 (3 rating(s))
Loading...
Emma

Emma

I am passionate about travelling and currently live and work in Paris. I like to spend my time reading, gardening, running, learning languages and exploring new places.