How Does Euclid’s Algorithm Give HCF? | Use Euclid's Algorithm To Find The HCF | BYJU'S Maths
Euclid was a famous Mathematician. Euclid's division algorithm is a method to find the highest common factor or HCF of any two numbers by using Euclid's division lemma. HCF is the largest number which exactly divides two or more positive integers. That means, on dividing both the integers a and b the remainder is zero. The basis of the Euclidean division algorithm is Euclid’s division lemma. It states that if we divide an integer by another non-zero integer, we will get a unique integer as quotient and a unique integer as remainder. We can write the above scenario mathematically as: Dividend = (Divisor × Quotient) + Remainder. We can solve many real life life problems using this algorithm. The video explains this through an interesting real life example and step by step process.
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We will need 15 * 9 = 135 tiles of 1 foot each to cover the floor properly. While we need 3*5= 15 tiles of 3 feet each to cover the floor.
We need 45 such tiles to cover entire floor which has dimensions 15 feet and 9 feet Answer: area of rectangle " length× breadth". Given dimensions are length = 15 and breadth= 9 .so are of given rectangle ( floor) is 15×9=135. And the tile has dimension 3( square) hence we divide area of rectangle and dimension of tile i.e : 135÷3 = 45 so the answer is 45. I think soooooooooo.
Such a easy method mam. I am also a byjus student for me hcf was very difficult. Thanks
We need 15 tiles of 3X3 units to cover the floor of 15X9 units. #ProudBYJUite
L=15ft B=9ft No.of tiles = area of the rectangle = l*b =15*9=135 Therefore, we need 135 such tiles to fill the floor
We require 15 tiles to fill the flooring When we find both tile area and area of floor 15*9= 135 3*3=9 If we divide 135/9 we get 15 Amount of tiles
nice video 😄
It's 15 na ma'am because area of floor=15*9=135 and area of tiles= 3*3= 9 so, by dividing 135/9 we got 15 tiles.....🏅🏅🙃
Thanks byjus for your amazing video.😍😍😍
We will need 135 tiles if we take each tile of 1ft by 1ft whereas we will need 15 tiles if we take each tile of 3ft by 3ft in area.
135 square tiles of 1 feet side are needed to cover a floor with dimensions 15×9
(15x9)x1= The numberof 1x1 tiles we need to cover the entire floor of 15x9 feet
Byjuity
15×9=135 135÷3= 45. :. We will need 45 tiles to tile a floor of 15cm by 9cm.
Mam it will 135 tiles because the total area inside the rectangle will be 135 ft²
4:15 we would need 135 tiles of area 1feet square
Amazing 🤩🤩🤩🤩
15*9= 135 Hence 135, 1 feet tiles Will be required for 15*9 feet floor
15+9=24 , 24/1=24tiles
I have a doubt, Can we do like this,???? Length=15 ft Breath=9 ft Tile size=1sq ft Tiles needed =15x9 =135 tiles needed to fill the floor Is it correct???? 😕
Thanks mam😭
I am learning from byjus
We need 15 such tiles
135 square tile required of area 1ft^2
15 tiles will be needed to cover the floor
You will need a total of 45 tiles to renovate the floor.
Mam the answer would be 135 tiles
135 tiles
135 tiles each of dimension 1ft required
Amazing 4:15 The answer is 135 Tell me if I'm right or wrong
Chetna mam!!! ❤️ Can't believe this... Who all remember her? #teamchetchatters 💜💜
Hello
135
45 tiles if we want 3 feet tile and 135 tiles if we want one feet tile.Am I right?
15
3
Is 1 the factor of every natural numbers? Please tell .
15 tiles are needed
15 tiles
3x3
15 tiles of 3 square feets
15 tiles in total
The other common divisor is 1
1
125 tiles
45
105
75
72
Ans- We would need 135 tiles
First
i am the first comment
135 Feet .
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The Euclid's algorithm was not explained clearly. How it works is crystal clear but how to apply the algorithm is not explained.
135 tiles
15
1
135
15
135 tiles
135 tiles
135 tiles
135 tiles
135 tiles
135 tiles