Загрузка страницы

Sudoku very hard level. Very hard sudoku tricks and techniques. Very hard sudoku tips #puzzle

Sudoku very hard level. Very hard sudoku tricks and techniques. How to solve very hard sudoku puzzles. Sudoku very hard level puzzles. Sudoku extremely hard puzzles. Sudoku tricks. Sudoku techniques. Sudoku tips for very hard puzzles. Very hard sudoku tips #sudokuavijain #puzzle

Very hard sudoku puzzle solved, puzzle - 2: https://youtu.be/d3coTCUGhWg
very hard sudoku puzzle solved, puzzle - 3: https://youtu.be/m1t2cK4-Qaw

This is the first video of our new series - "very hard sudoku sudoku puzzles". Here, I have tried to explain all the tricks that are used to solve the hard sudoku puzzle in detail. This video will help you a lot in understanding how to solve an extremely difficult sudoku puzzles. This is an absolutely brain teaser puzzle.

The different expert sudoku tricks and sudoku techniques are as follows:
Unique rectangles: https://youtu.be/ohruEPfAA5Q
XYZ WING: https://youtu.be/a9rFqQ9zwW4
Finned x wing: https://youtu.be/JaKR8lrJ2_0
XY wing: https://youtu.be/teWgj12r2Hg

The other expert level and hard level sudoku puzzles with the different expert sudoku tricks are as follows:
expert sudoku solved, level 1 - https://youtu.be/caAVJp36ZhA
expert sudoku solved, level 2 - https://youtu.be/AOA6icJzv2Y
expert sudoku solved, level 3 - https://youtu.be/9bTfTLmb22I
expert sudoku solved, level 4 - https://youtu.be/a640mmCOG7M
expert sudoku solved, level 5 - https://youtu.be/S5p8MBV6jVI
expert sudoku solved, level 6 - https://youtu.be/XsXthbw5YJo
expert sudoku solved, level 7 - https://youtu.be/p5VwwmDr4Hc
expert sudoku solved, level 8 - https://youtu.be/l6U9mqV0mdA
expert sudoku solved, level 9 - https://youtu.be/8Nicqdyrdlw
puzzle
sudoku
sudoku very hard level
sudoku very hard
very hard sudoku techniques
very hard sudoku solving tips
sudoku tricks
very hard sudoku
tricks to solve very hard sudoku
expert sudoku tricks
sudoku expert level tricks
sudoku very hard tips
how to solve very hard sudoku
sudoku avi jain
difficult sudoku solving techniques
sudoku techniques
expert sudoku techniques
brain teasers
sudoku hard level
sudoku tricks expert
sudoku very hard puzzles
how to
how to solve sudoku expert level
how to solve expert level sudoku
how to solve very hard sudoku
how to solve sudoku very hard level
how to solve hard level sudoku
sudoku hard level tips
sudoku very hard level tips
sudoku very hard level tricks
sudoku expert level tricks

Видео Sudoku very hard level. Very hard sudoku tricks and techniques. Very hard sudoku tips #puzzle канала Avi Jain Classes
Показать
Комментарии отсутствуют
Введите заголовок:

Введите адрес ссылки:

Введите адрес видео с YouTube:

Зарегистрируйтесь или войдите с
Информация о видео
28 ноября 2020 г. 16:54:18
00:55:15
Другие видео канала
Exercise 2.5 question 1 maths class 9. (NCERT)Exercise 2.5 question 1 maths class 9. (NCERT)Mathematics | If x+1/x=5 find the value of x^4+1/x^4. Class 9 maths.Mathematics | If x+1/x=5 find the value of x^4+1/x^4. Class 9 maths.Evaluate sqrt(3-2sqrt(2)). Evaluate √(3+2√2). Evaluate root3 +2root2.Evaluate sqrt(3-2sqrt(2)). Evaluate √(3+2√2). Evaluate root3 +2root2.If x=2+3√2 find the value of x+14/x. Maths polynomials chapter 2 | Class 9 maths |If x=2+3√2 find the value of x+14/x. Maths polynomials chapter 2 | Class 9 maths |Solve x^2-2ax+(a^2-b^2) | Solve x^2+5x-(a^2+a-6) | Solve 4x^2-4ax+(a^2-b^2) | Solve for x | Maths |Solve x^2-2ax+(a^2-b^2) | Solve x^2+5x-(a^2+a-6) | Solve 4x^2-4ax+(a^2-b^2) | Solve for x | Maths |Rationalisation of denominator. Class 9. If both a and b are rational numbers, then find the valuesRationalisation of denominator. Class 9. If both a and b are rational numbers, then find the valuesCBSE 2019 maths paper fully solved. CBSE last year paper solved.CBSE 2019 maths paper fully solved. CBSE last year paper solved.simplify : (x^2+x-2)(x^2-x+2). Polynomials class 9.simplify : (x^2+x-2)(x^2-x+2). Polynomials class 9.Exercise 2.4 Question 3. Class 10. Maths. Polynomials class 10. #polynomialsclass10Exercise 2.4 Question 3. Class 10. Maths. Polynomials class 10. #polynomialsclass10Determine k so that k^2+4k+8, 2k^2+3k+6 and 3k^2+4k+4 are three consecutive terms of an AP.Determine k so that k^2+4k+8, 2k^2+3k+6 and 3k^2+4k+4 are three consecutive terms of an AP.Show that the sum of an AP whose first term is a, the second term is b and the last term is l isShow that the sum of an AP whose first term is a, the second term is b and the last term is l isexercise 2.2 Question 2 (i), 2(ii), 2(iii) . Class 10. Ex 2.2 Question number 2(i), (ii), (iii).exercise 2.2 Question 2 (i), 2(ii), 2(iii) . Class 10. Ex 2.2 Question number 2(i), (ii), (iii).If ab+bc+ca=0 , find the value of (1/a^2 - bc) + (1/b^2 - ac) + (1/c^2 - ab). Polynomials class 9.If ab+bc+ca=0 , find the value of (1/a^2 - bc) + (1/b^2 - ac) + (1/c^2 - ab). Polynomials class 9.Circles class 10. ABCD is a quadrilateral such that ∠D=90. A circle C(O,r) touches the sides AB, BCCircles class 10. ABCD is a quadrilateral such that ∠D=90. A circle C(O,r) touches the sides AB, BCThe sum of three terms of an ap is 21 and their product is 231, find the numbers. AP class 10.The sum of three terms of an ap is 21 and their product is 231, find the numbers. AP class 10.Sudoku tricks. X wing sudoku trick. Sudoku expert level tricks and techniques. Expert sudoku trick-1Sudoku tricks. X wing sudoku trick. Sudoku expert level tricks and techniques. Expert sudoku trick-1If alpha and beta are the zeroes of the polynomial x^2+5x+5, find the value of α^-1 + β^-1.If alpha and beta are the zeroes of the polynomial x^2+5x+5, find the value of α^-1 + β^-1.If the ratio of the sum of m and n terms of an AP be m^2:n^2, show that the ratio of its mth and nthIf the ratio of the sum of m and n terms of an AP be m^2:n^2, show that the ratio of its mth and nthHow to factorise cyclic polynomials. Factorise a(b^2-c^2)+b(c^2-a^2)+c(a^2-b^2). Factorisation.How to factorise cyclic polynomials. Factorise a(b^2-c^2)+b(c^2-a^2)+c(a^2-b^2). Factorisation.In an AP prove that tm+n+tm-n=2tm. In an AP prove that am+n+am-n=2am. Arithmetic Progression.In an AP prove that tm+n+tm-n=2tm. In an AP prove that am+n+am-n=2am. Arithmetic Progression.Factorise 12(x^2+7x)^2-8(x^2+7x)(2x-1)-15(2x-1)^2. Factorise (x^2-3x)^2-8(x^2-3x)-20 | Factorise |Factorise 12(x^2+7x)^2-8(x^2+7x)(2x-1)-15(2x-1)^2. Factorise (x^2-3x)^2-8(x^2-3x)-20 | Factorise |
Яндекс.Метрика