eMaths Studio - VideoAndMovie

Volume of Tetrahedron

5:37

Volume of Tetrahedron

Volume of Parallelopiped

7:39

Volume of Parallelopiped

Section Formula

5:36

Section Formula

Lecture 1

23:10

Lecture 1

Circle: Lecture 19

7:15

Circle: Lecture 19

Circle: Lecture 18

6:07

Circle: Lecture 18

Circle: Lecture 17

9:28

Circle: Lecture 17

Circle: Lecture 16

8:21

Circle: Lecture 16

Circle: Lecture 15

8:54

Circle: Lecture 15

Circle: Lecture 14

6:25

Circle: Lecture 14

Circle: Lecture 13

7:07

Circle: Lecture 13

Circle: Lecture 12

10:41

Circle: Lecture 12

Circle: Lecture 11

6:47

Circle: Lecture 11

Circle: Lecture 10

8:08

Circle: Lecture 10

Circle: Lecture 9

6:21

Circle: Lecture 9

Circle: Lecture 8

9:52

Circle: Lecture 8

Circle: Lecture 7

9:30

Circle: Lecture 7

Circle: Lecture 6

7:44

Circle: Lecture 6

Circle: Lecture 5

10:26

Circle: Lecture 5

Circle: Lecture 4

11:02

Circle: Lecture 4

Circle: Lecture 3

17:44

Circle: Lecture 3

Circle: Lecture 2

14:11

Circle: Lecture 2

Circle: Lecture 1

15:10

Circle: Lecture 1

Integration of 1/(x^2 + a^2)^2

6:34

Integration of 1/(x^2 + a^2)^2

Integration of log(sinx) from 0 to pi/2

10:41

Integration of log(sinx) from 0 to pi/2

Find locus of foot of perpendicular drawn from centre to any tangent to Ellipse.

4:25

Find locus of foot of perpendicular drawn from centre to any tangent to Ellipse.

Using vectors, Prove that cos(A -B) = cosAcosB + sinAsinB

5:23

Using vectors, Prove that cos(A -B) = cosAcosB + sinAsinB

cos(A-B) = cosAcosB + sinAsinB

8:56

cos(A-B) = cosAcosB + sinAsinB

Eccentricity of ellipse: Property

8:06

Eccentricity of ellipse: Property

If the normal at t1 to 𝒚^𝟐=𝟒𝒂𝒙 meets the parabola again at t2 , then t2 = -t1 - 𝟐/𝒕_𝟏

4:34

If the normal at t1 to 𝒚^𝟐=𝟒𝒂𝒙 meets the parabola again at t2 , then t2 = -t1 - 𝟐/𝒕_𝟏