Maths made easy

22/05/2026

term theorem/ NCERT/ CBSE/ ICSE/STATE BOARD & Others competitive exams.

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

16/02/2023

Trigonometry/Conditional Identities/for 9,10,11 & Others competitive exam.

16/02/2023

Trigonometry/Conditional Identities prove/for 9,10,11 & Others competitive exam.

16/02/2023

Geometry/Numerical/Triangle inscribed in a cercle/Triangle sides are given/Find radius/ 9,10, and competion exams

An isoscelus triangle inscribed in a circle whan AB = AC = 20 cm, and BC=24cm. Find the radius of the circle and the area of shaded part?

16/02/2023

Geometry/numerical/Cercle-Chord/Find radius.9,10 & Others competitive exam. revision

Question - two parallel cord are at a distance of 44 cm. Bot the chord are at parallel and opposite from the centre, One cord length i 80 cm the other cord length is 96 cm. Find the radius of the circle.

16/02/2023

Quick maths revision for exams

Mensuration/Word problem with figure/ 8,9,10 & Others competitive exam.

A 32 meter long piece of wire is bent to form the figure given in the video, APD is a semi circle and AB = BC = CD. Find the area and the radius of the figure

mathsMensiuration

16/02/2023

Algebra/A.P./Word problem/9,10 & Others competitive exam.

A ladder has rungs 20 cm apart. The rungs decreases uniformly in length from 50 cm at the bottom to 30 cm at the top. If each rungs are placed 2 cm apart, what is the length of the wood required for the rungs?

16/02/2023

Sum of the inner curve and the outer curve surfaces of the hollow metalic cylinder is 1056 cm^2. And the volume of the material in it is 1056 cm^2. Find the internal and external radii when the height of the cylinder when the height is 21 cm

16/02/2023

aths Final exam - Trignometry and height and distance
NCERT, CBSE, ICSE
https://www.youtube.com/watch?v=YZqFi36GUFg

Description

Question - A 20 meter flag staff stand on a tower, A person observes top of the the flag staff and top of the tower at an angle of 60 degree and 30 degree respectively at a fixed distance from foot of the tower. Find the height of the tower and distance of the person from the foot of the tower.

16/02/2023

Will post series of 5-10 videos everyday to help quick revision of Maths for final exams