Канал: m-easy maths

Solve yk+2-4yk+1+4yk=0 y0=1 y1=0 z TRANSFORM

Solve yk+2-4yk+1+4yk=0 y0=1 y1=0 z TRANSFORM

Solve yn+2-2cos alpha yn+1+yn= 0 y0=1 y1=cos alpha Z TRANSFORM

Solve yn+2-2cos alpha yn+1+yn= 0 y0=1 y1=cos alpha Z TRANSFORM

Solve yn+2-4yn=0 y0=0 y1=2 Z TRANSFORM

Solve yn+2-4yn=0 y0=0 y1=2 Z TRANSFORM

Solve yn+2-5yn+1+6yn= un un=1 y0=0 y1=1 Z TRANSFORM

Solve yn+2-5yn+1+6yn= un un=1 y0=0 y1=1 Z TRANSFORM

Solve yn-yn-1=u(n)+u(n-1) Z TRANSFORM

Solve yn-yn-1=u(n)+u(n-1) Z TRANSFORM

Solve yn+2+yn= n2n Z TRANSFORM

Solve yn+2+yn= n2n Z TRANSFORM

Solve yn+3-3yn+1+2yn= 0 given y0=4 y1=0 y2=8 Z TRANSFORM

Solve yn+3-3yn+1+2yn= 0 given y0=4 y1=0 y2=8 Z TRANSFORM

Solve un+2 + 3un+1 + 2un= 0 given u0=1 and u1=2 Z TRANSFORM

Solve un+2 + 3un+1 + 2un= 0 given u0=1 and u1=2 Z TRANSFORM

Solve yn+1-2yn= 0 given y0=3 Z TRANSFORM

Solve yn+1-2yn= 0 given y0=3 Z TRANSFORM

Solve yn+2-4yn = 0 z Transform

Solve yn+2-4yn = 0 z Transform

Z Transform Solve yn+2 + 4yn+1 + 3yn = 3n given y0 = 0 , y1 = 1

Z Transform Solve yn+2 + 4yn+1 + 3yn = 3n given y0 = 0 , y1 = 1

Z Transform z-1 transform Solve yn+2 + 4yn+1 − 5yn = 24n − 8 given y0 = 3 , y1 = −5

Z Transform z-1 transform Solve yn+2 + 4yn+1 − 5yn = 24n − 8 given y0 = 3 , y1 = −5

Un=(1+n^(½))^(-n^(3/2)) Test the convergence Cauchy's root test Radical test

Un=(1+n^(½))^(-n^(3/2)) Test the convergence Cauchy's root test Radical test

Un=2^(-n-(-1)^n) Test the convergence Cauchy's root test Radical test

Un=2^(-n-(-1)^n) Test the convergence Cauchy's root test Radical test

Un=(1+1/n)^(-n^2) Test the convergence Cauchy's root test Radical test

Un=(1+1/n)^(-n^2) Test the convergence Cauchy's root test Radical test

Un=(n^(1/n)-1)^n Test the convergence Cauchy's root test Radical test

Un=(n^(1/n)-1)^n Test the convergence Cauchy's root test Radical test

Un=(1/log n)^n Test the convergence Cauchy's root test Radical test

Un=(1/log n)^n Test the convergence Cauchy's root test Radical test

Un=5^n/3^n(n^4+2) Test the convergence Cauchy's root test Radical test

Un=5^n/3^n(n^4+2) Test the convergence Cauchy's root test Radical test

Un=4^n/3^n3^2 Test the convergence Cauchy's root test Radical test

Un=4^n/3^n3^2 Test the convergence Cauchy's root test Radical test

Un=2^n n^3/3^n Test the convergence Cauchy's root test Radical test

Un=2^n n^3/3^n Test the convergence Cauchy's root test Radical test

Un=2^(2n) 3^n/10^n Test the convergence Cauchy's root test Radical test

Un=2^(2n) 3^n/10^n Test the convergence Cauchy's root test Radical test

Un=3^n/5^n Test the convergence Cauchy's root test Radical test

Un=3^n/5^n Test the convergence Cauchy's root test Radical test

Un=(1+1/sq root n)^n^2 Test the convergence Cauchy's root test Radical test

Un=(1+1/sq root n)^n^2 Test the convergence Cauchy's root test Radical test

Un=r^n/n^n Test the convergence Cauchy's root test Radical test

Un=r^n/n^n Test the convergence Cauchy's root test Radical test

Un=(1-1/n)^n^2 Test the convergence Cauchy's root test Radical test

Un=(1-1/n)^n^2 Test the convergence Cauchy's root test Radical test

Un=(1/3)^1+(2/5)^2 + …. Test the convergence Cauchy's root test Radical test

Un=(1/3)^1+(2/5)^2 + …. Test the convergence Cauchy's root test Radical test

Un=(2^2/1)^-1 + (3^3/2^3)^-2 + …. Test the convergence Cauchy's root test Radical test

Un=(2^2/1)^-1 + (3^3/2^3)^-2 + …. Test the convergence Cauchy's root test Radical test

Un=((9n+1)/(4n+1))^n Test the convergence Cauchy's root test Radical test

Un=((9n+1)/(4n+1))^n Test the convergence Cauchy's root test Radical test

Un=n^n/2^(1+4n) Test the convergence Cauchy's root test Radical test

Un=n^n/2^(1+4n) Test the convergence Cauchy's root test Radical test

Un=(1/n^2 + 1/n)^n Test the convergence Cauchy's root test Radical test

Un=(1/n^2 + 1/n)^n Test the convergence Cauchy's root test Radical test

Un=n^3/3^n Test the convergence Cauchy's root test Radical test

Un=n^3/3^n Test the convergence Cauchy's root test Radical test

Un=(nx/(1+n))^n Test the convergence Cauchy's root test Radical test

Un=(nx/(1+n))^n Test the convergence Cauchy's root test Radical test

Un=(((n+1)/n)^(n+1) - (n+1)/n)^-1 Test the convergence Cauchy's root test Radical test

Un=(((n+1)/n)^(n+1) - (n+1)/n)^-1 Test the convergence Cauchy's root test Radical test

Un=(((n+1)/n)^2)/3^n Test the convergence Cauchy's root test Radical test

Un=(((n+1)/n)^2)/3^n Test the convergence Cauchy's root test Radical test

Un=n^(n^2)/(1+n)^(n^2) Test the convergence Cauchy's root test Radical test

Un=n^(n^2)/(1+n)^(n^2) Test the convergence Cauchy's root test Radical test

Un=((n+1)/n)^(-n)^2 Test the convergence Cauchy's root test Radical test

Un=((n+1)/n)^(-n)^2 Test the convergence Cauchy's root test Radical test

Un=1/(log log n)^n Test the convergence Cauchy's root test Radical test

Un=1/(log log n)^n Test the convergence Cauchy's root test Radical test

Un=(1+1/n)^(-n^2) Test the convergence Cauchy's root test Radical test

Un=(1+1/n)^(-n^2) Test the convergence Cauchy's root test Radical test

Un=3^(n+2)/(n-1)^n Test the convergence Cauchy's root test Radical test

Un=3^(n+2)/(n-1)^n Test the convergence Cauchy's root test Radical test

Un=n/2^n Test the convergence Cauchy's root test Radical test

Un=n/2^n Test the convergence Cauchy's root test Radical test

Un= 1^3/3 + 2^3/3^2 + … Cauchy’s root test Radical test Test the convergence

Un= 1^3/3 + 2^3/3^2 + … Cauchy’s root test Radical test Test the convergence

Un= (2/1)^2 – 2/1) + ((3/2)^3 -3/2) + … Cauchy’s root test Radical test Test the convergence

Un= (2/1)^2 – 2/1) + ((3/2)^3 -3/2) + … Cauchy’s root test Radical test Test the convergence

Test the convergence Cauchy's root test Radical test un=((n-logn)/3n)^n

Test the convergence Cauchy's root test Radical test un=((n-logn)/3n)^n

Test the convergence Cauchy's root test Radical test un=(1+ 1/n^1/2)^(-n^3/2)

Test the convergence Cauchy's root test Radical test un=(1+ 1/n^1/2)^(-n^3/2)

cauchy's root test radical test un=2^(-n) n is odd 2^(-n+2) n is even Test the convergence

cauchy's root test radical test un=2^(-n) n is odd 2^(-n+2) n is even Test the convergence

n^3/e^n D Alembert ratio test convergence infinite series #shorts

n^3/e^n D Alembert ratio test convergence infinite series #shorts

2^(2n-1)/(2n-1)! D Alembert ratio test convergence infinite series #shorts

2^(2n-1)/(2n-1)! D Alembert ratio test convergence infinite series #shorts

1/n! D Alembert ratio test convergence infinite series #shorts

1/n! D Alembert ratio test convergence infinite series #shorts

2^n.n!/n^n D Alembert Ratio Test Convergence infinite series #shorts

2^n.n!/n^n D Alembert Ratio Test Convergence infinite series #shorts

2+2.5/1.5 + 2.5.8/1.5.9+.... D Alembert Ratio Test Infinite Series #shorts

2+2.5/1.5 + 2.5.8/1.5.9+.... D Alembert Ratio Test Infinite Series #shorts

1.2.3...n/3.5.7...(2n+1) D Alembert Ratio Test Infinite series #shorts

1.2.3...n/3.5.7...(2n+1) D Alembert Ratio Test Infinite series #shorts

1.2/3^2.4^2 + 2.3/4^2.5^2 +... D Alembert Ratio Test Infinite series

1.2/3^2.4^2 + 2.3/4^2.5^2 +... D Alembert Ratio Test Infinite series

1/1! + 2/2! + 3/3! + ...Test the convergence D Alembert's Ratio Test Infinite series #shorts

1/1! + 2/2! + 3/3! + ...Test the convergence D Alembert's Ratio Test Infinite series #shorts

1/2(1)^1/2 + x^2/3(2)^1/2 + x^4/4(3)^1/2 + ... D Alembert Ratio Test Converges Infinite series

1/2(1)^1/2 + x^2/3(2)^1/2 + x^4/4(3)^1/2 + ... D Alembert Ratio Test Converges Infinite series

x/1.2 +x^2/3.4 +........ x greater than 0 convergence D Alembert Ratio Test Infinite series

x/1.2 +x^2/3.4 +........ x greater than 0 convergence D Alembert Ratio Test Infinite series

square root of (4^n-1)/(3^n-1) D Alembert Ratio Test Convergence Infinite series #shorts

square root of (4^n-1)/(3^n-1) D Alembert Ratio Test Convergence Infinite series #shorts

x+3x^2/5+8x^3/10+....+(n^2-1)/(n^2+1)+... Converges D Alembert Ratio Test Infinite series #shorts

x+3x^2/5+8x^3/10+....+(n^2-1)/(n^2+1)+... Converges D Alembert Ratio Test Infinite series #shorts

n!/5^n Converges D Alembert Ratio Test Infinite series #shorts

n!/5^n Converges D Alembert Ratio Test Infinite series #shorts

(n/n^2+1)^1/2 x^n D Alembert Ratio test Infinite series Converges

(n/n^2+1)^1/2 x^n D Alembert Ratio test Infinite series Converges

1/(n^4+9)^1/2 Comparison test Converges Infinite series #shorts

1/(n^4+9)^1/2 Comparison test Converges Infinite series #shorts

(n^2+8)/n^3 Comparison test Converges or Diverges Infinite series #shorts

(n^2+8)/n^3 Comparison test Converges or Diverges Infinite series #shorts

1/1! + 2/2! + 3/3! + ...Test the convergence D Alembert's Ratio Test Infinite series

1/1! + 2/2! + 3/3! + ...Test the convergence D Alembert's Ratio Test Infinite series

a+ar+ar^2+....+ar^(n-1)+.....Geometric series - Test the convergence Infinite series

a+ar+ar^2+....+ar^(n-1)+.....Geometric series - Test the convergence Infinite series

5-4-1+5-4-1+5-4-1+.... Test the convergence Infinite series

5-4-1+5-4-1+5-4-1+.... Test the convergence Infinite series

1 + 1/3 + 1/5 + ...+1/(2n-1)+.. Comparison test Test the convergence Infinite series

1 + 1/3 + 1/5 + ...+1/(2n-1)+.. Comparison test Test the convergence Infinite series

(2n^2-1)^1/3/(3n^3+2n+5)^1/4 Test for convergence Comparison Test Infinite series

(2n^2-1)^1/3/(3n^3+2n+5)^1/4 Test for convergence Comparison Test Infinite series

1/1.2.3 + 3/2.3.4 + 5/3.4.5 + ... Comparison test Convergence Test Infinite Series

1/1.2.3 + 3/2.3.4 + 5/3.4.5 + ... Comparison test Convergence Test Infinite Series

square root of (n^4+1)- square root of (n^4-1) Comparison test Test for convergence Infinite series

square root of (n^4+1)- square root of (n^4-1) Comparison test Test for convergence Infinite series

1/n sin 1/n Comparison test Test the convergence of the series

1/n sin 1/n Comparison test Test the convergence of the series

1/3^p + 1/5^p + 1/7^p + ... Comparison test Convergence test infinite series

1/3^p + 1/5^p + 1/7^p + ... Comparison test Convergence test infinite series

(2.1^3+5)/(4.1^5+1) + (2.2^3+5)/(4.2^5+1) +...+(2.n^3+5)/(4.n^5+1)+ ... Comparison test Convergence

(2.1^3+5)/(4.1^5+1) + (2.2^3+5)/(4.2^5+1) +...+(2.n^3+5)/(4.n^5+1)+ ... Comparison test Convergence

(sin n)/n Test the convergence Infinite series #shorts

(sin n)/n Test the convergence Infinite series #shorts

2^n Test the convergence Infinite series #shorts

2^n Test the convergence Infinite series #shorts

(n^2 + n)/(2n^2 + n) Test for convergence Infinite series #shorts

(n^2 + n)/(2n^2 + n) Test for convergence Infinite series #shorts

3+(-1)^n Test the convergence

3+(-1)^n Test the convergence

(2.1^3+5)/(4.1^5+1)+ (2.2^3+5)/(4.2^5+1)+...+(2.n^3+5)/4.n^5+1) Comparison test Test for convergence

(2.1^3+5)/(4.1^5+1)+ (2.2^3+5)/(4.2^5+1)+...+(2.n^3+5)/4.n^5+1) Comparison test Test for convergence

1/2.5 +1/5.8+ ...+1/(3n-1)(3n+2) =n/6n+4 for all n greater than or equal to 1 Induction

1/2.5 +1/5.8+ ...+1/(3n-1)(3n+2) =n/6n+4 for all n greater than or equal to 1 Induction

1.3+2.3^2+3.3^3+...+n.3^n = ((2n-1)3^(n+1) + 3)/4 n greater or equal to 1 Mathematical Induction

1.3+2.3^2+3.3^3+...+n.3^n = ((2n-1)3^(n+1) + 3)/4 n greater or equal to 1 Mathematical Induction

1+1/(1+2) +1/(1+2+3)+...+1/(1+2+3+...+n)=2n/n+1 Mathematical Induction

1+1/(1+2) +1/(1+2+3)+...+1/(1+2+3+...+n)=2n/n+1 Mathematical Induction

Mathematical Induction 1+3+3^2+...+3^(n-1)=(3^n - 1)/2 for all n greater than or equal to 1

Mathematical Induction 1+3+3^2+...+3^(n-1)=(3^n - 1)/2 for all n greater than or equal to 1

Mathematical Induction 1*2*3+2*3*4+...+n(n+1)(n+2)=n(n+1)(n+2)(n+3)/4 for n greater or equal to 1

Mathematical Induction 123+234+...+n(n+1)(n+2)=n(n+1)(n+2)(n+3)/4 for n greater or equal to 1

If a cos theta + b sin theta = c have roots alpha and beta then find sin alpha + sin beta #shorts

If a cos theta + b sin theta = c have roots alpha and beta then find sin alpha + sin beta #shorts

Find the sum of b and c if the equation x^2+bx+c=0 and x^2+3x+3=0 has common roots #shorts

Find the sum of b and c if the equation x^2+bx+c=0 and x^2+3x+3=0 has common roots #shorts

If x^2+px+1 and (a-b)x^2+(b-c)x+(c-a)=0 have common roots. Find the form of a,b,c #shorts

If x^2+px+1 and (a-b)x^2+(b-c)x+(c-a)=0 have common roots. Find the form of a,b,c #shorts

If p and q are the roots of the quadratic equation x^2+px+q=0, find the value of p and q #shorts

If p and q are the roots of the quadratic equation x^2+px+q=0, find the value of p and q #shorts

If x^2+ax+b=0 and x^2+bx+a=0 have exactly one common root find the value of a+b #shorts

If x^2+ax+b=0 and x^2+bx+a=0 have exactly one common root find the value of a+b #shorts

Mathematical Induction (1+3)(1+5/4)...(1+((2n-1)/n^2))=(n+1)^2 for all n greater than or equal to 1

Mathematical Induction (1+3)(1+5/4)...(1+((2n-1)/n^2))=(n+1)^2 for all n greater than or equal to 1

Mathematical Induction 1^2+3^2+5^2+...+(2n-1)^2=n(2n-1)(2n+1) for all n greater than or equal to 1

Mathematical Induction 1^2+3^2+5^2+...+(2n-1)^2=n(2n-1)(2n+1) for all n greater than or equal to 1

Mathematical Induction (1+1)(1+ 1/2)(1+ 1/3)...(1+ 1/n)=n+1 for all n greater than or equal to 1

Mathematical Induction (1+1)(1+ 1/2)(1+ 1/3)...(1+ 1/n)=n+1 for all n greater than or equal to 1

Mathematical Induction a+ar+ar^2+...+ar^(n-1)=a(r^n - 1)/(r-1) for all n greater than or equal to 1

Mathematical Induction a+ar+ar^2+...+ar^(n-1)=a(r^n - 1)/(r-1) for all n greater than or equal to 1

Mathematical Induction 3^4n - 1 is divisible by 80 for every n greater than or equal to 1

Mathematical Induction 3^4n - 1 is divisible by 80 for every n greater than or equal to 1

Mathematical Induction (1*2) + (2*3) + .. + n(n+1)=n(n+1)(n+2)/3 for n greater than or equal to 1

Mathematical Induction (12) + (23) + .. + n(n+1)=n(n+1)(n+2)/3 for n greater than or equal to 1

Mathematical Induction 6^(n+2) + 7^(2n+1) is divisible by 43 for every n greater than or equal to 1

Mathematical Induction 6^(n+2) + 7^(2n+1) is divisible by 43 for every n greater than or equal to 1

Mathematical Induction n^3 - n is divisible by 6 for n greater than or equal to 1

Mathematical Induction n^3 - n is divisible by 6 for n greater than or equal to 1

Mathematical Induction 4^n-1 is divisible by 3 for all n greater than or equal to 1

Mathematical Induction 4^n-1 is divisible by 3 for all n greater than or equal to 1

Mathematical Induction n^3+3n^2+2n is divisible by 6 for all n greater than or equal to 1

Mathematical Induction n^3+3n^2+2n is divisible by 6 for all n greater than or equal to 1

Differentiate 2^sinx with respect to x #shorts

Differentiate 2^sinx with respect to x #shorts

Mathematical Induction 4(x^n - 1) is divisible by (x-1) for all n greater than or equal to 1

Mathematical Induction 4(x^n - 1) is divisible by (x-1) for all n greater than or equal to 1

Partial Differentiation Maxima & Minima x^3 y^2(1 - x - y) #shorts

Partial Differentiation Maxima & Minima x^3 y^2(1 - x - y) #shorts

Mathematical Induction 6^n + 4 is divisible by 5 for n greater than or equal to 1

Mathematical Induction 6^n + 4 is divisible by 5 for n greater than or equal to 1

Mathematical Induction 133 divides 11^n+1 + 12^2n-1 for n greater than or equal to 1

Mathematical Induction 133 divides 11^n+1 + 12^2n-1 for n greater than or equal to 1

Mathematical Induction 7^n - 2^n is divisible by 5 for n greater than or equal to 1

Mathematical Induction 7^n - 2^n is divisible by 5 for n greater than or equal to 1

Mathematical Induction x^n - y^n is divisible by x-y for n greater then or equal to 1

Mathematical Induction x^n - y^n is divisible by x-y for n greater then or equal to 1

Mathematical Induction x^2n-1 + y^2n-1 is dvisible by x+y for all n greater than or equal to 1

Mathematical Induction x^2n-1 + y^2n-1 is dvisible by x+y for all n greater than or equal to 1

Mathematical Induction x^n + 1/x^n belongs to z if x+1/x n belongs to Z

Mathematical Induction x^n + 1/x^n belongs to z if x+1/x n belongs to Z

Mathematical Induction x^2n - y^2n divisible by x+y

Mathematical Induction x^2n - y^2n divisible by x+y

REAL ANALYSIS / ROLLE'S THEOREM / PROOF

REAL ANALYSIS / ROLLE'S THEOREM / PROOF

LU decomposition matrix factorization crout’s method x1+x2+x3=1 4x1+3x2-x3=6 3x1+5x2+3x3=4

LU decomposition matrix factorization crout’s method x1+x2+x3=1 4x1+3x2-x3=6 3x1+5x2+3x3=4

LU Decomposition Matrix Factorization Crout's reduction 3x+4y+2z=15 5x+2y+z=18 2x+3y+2z=10

LU Decomposition Matrix Factorization Crout's reduction 3x+4y+2z=15 5x+2y+z=18 2x+3y+2z=10

LU decomposition, Matrix factorization, Crout's reduction, X+Y+Z = 14, X+3Y–Z = 6, 3X+5Y+3Z = 4

LU decomposition, Matrix factorization, Crout's reduction, X+Y+Z = 14, X+3Y–Z = 6, 3X+5Y+3Z = 4

Gauss Elimination Method 2x+2y+4z=18 x+3y+2z=13 3x+y+3z=14

Gauss Elimination Method 2x+2y+4z=18 x+3y+2z=13 3x+y+3z=14

Gauss Elimination Method 2x+2y-z=2 x-3y+z=-28 -x+y=14

Gauss Elimination Method 2x+2y-z=2 x-3y+z=-28 -x+y=14

Gauss Elimination Method x+y+z=4 x-y+z=0 2x+y+z=5

Gauss Elimination Method x+y+z=4 x-y+z=0 2x+y+z=5

Gauss elimination method x+4y-z=-5 x+y-6z=-12 3x-y-z=4

Gauss elimination method x+4y-z=-5 x+y-6z=-12 3x-y-z=4

Gauss Elimination Method x-y+2z=3 x+2y+3z=5 3x-4y-5z=-13

Gauss Elimination Method x-y+2z=3 x+2y+3z=5 3x-4y-5z=-13

Gauss elimination method x+y-z=9 y+3z=3 -x-2z=2

Gauss elimination method x+y-z=9 y+3z=3 -x-2z=2

Gauss elimination method 2x+y-z=1 3x+2y+z=10 2x-y+2z=6

Gauss elimination method 2x+y-z=1 3x+2y+z=10 2x-y+2z=6

Gauss elimination method x+y-z=-2 2x-y+z=5 -x+2y+2z=1

Gauss elimination method x+y-z=-2 2x-y+z=5 -x+2y+2z=1

Gauss elimination method x+4y+9z=16 2x+y+z=10 3x+2y+3z=18

Gauss elimination method x+4y+9z=16 2x+y+z=10 3x+2y+3z=18

Gauss Elimination Method x+3y+2z=5 2x+4y-6z=-4 x+5y+3z=10

Gauss Elimination Method x+3y+2z=5 2x+4y-6z=-4 x+5y+3z=10

Gauss jordan elimination method x+3y+z=10 x-2y-z=-6 2x+y+2z=10

Gauss jordan elimination method x+3y+z=10 x-2y-z=-6 2x+y+2z=10

Gauss jordan elimination method 6x-y+z=13 x+y+z=9 10x+y-z=19

Gauss jordan elimination method 6x-y+z=13 x+y+z=9 10x+y-z=19

Gauss jordan elimination method 10x+y+z=12 2x+10y+z=13 x+y+5z=7

Gauss jordan elimination method 10x+y+z=12 2x+10y+z=13 x+y+5z=7

Gauss jordan elimination method x+y+z=9 2x-3y+4z=13 3x+4y+5z=40

Gauss jordan elimination method x+y+z=9 2x-3y+4z=13 3x+4y+5z=40

Gauss jordan elimination method x-2y=-4 -5y+z=-9 4x-3z=-10

Gauss jordan elimination method x-2y=-4 -5y+z=-9 4x-3z=-10

Gauss jordan elimination method 10x+y+z=12 x+10y-z=10 x-2y+10z=9

Gauss jordan elimination method 10x+y+z=12 x+10y-z=10 x-2y+10z=9

Gauss Jordan Elimination Method x+y-z=7 x-y+2z=3 2x+y+z=9

Gauss Jordan Elimination Method x+y-z=7 x-y+2z=3 2x+y+z=9

Numerical linear algebra Gauss siedel iteration 27x+6y-z=85, 6x+15y+2z=72, x+y+54z=110

Numerical linear algebra Gauss siedel iteration 27x+6y-z=85, 6x+15y+2z=72, x+y+54z=110

PARTIAL DIFFERENTIAL EQUATIONS HOMOGENEOUS LINEAR EQUATIONS 4Ә^2z/Әx^2 -4Ә^2z/ ӘyӘx - Ә^2z/Әy^2

PARTIAL DIFFERENTIAL EQUATIONS HOMOGENEOUS LINEAR EQUATIONS 4Ә^2z/Әx^2 -4Ә^2z/ ӘyӘx - Ә^2z/Әy^2

PARTIAL DIFFERENTIAL EQUATIONS HOMOGENEOUS LINEAR EQUATIONS (D^2 -DD' -2D'^2 )Z= (y-1) e ^x

PARTIAL DIFFERENTIAL EQUATIONS HOMOGENEOUS LINEAR EQUATIONS (D^2 -DD' -2D'^2 )Z= (y-1) e ^x

Partial Differential Equation Lagranges Linear PDE (mz-ny)əz/əx + (nx-lz)əz/əy=ly-mx

Partial Differential Equation Lagranges Linear PDE (mz-ny)əz/əx + (nx-lz)əz/əy=ly-mx

Partial Differential Equations Lagranges Linear PDE y^2 p - xyq = x(z -2y)

Partial Differential Equations Lagranges Linear PDE y^2 p - xyq = x(z -2y)

Partial Differential Equations Lagranges Linear PDE (x^2 -yz)p + (y^2 -zx)q = z^2 -xy

Partial Differential Equations Lagranges Linear PDE (x^2 -yz)p + (y^2 -zx)q = z^2 -xy

Partial Differential Equations Lagranges linear PDE x^2 (y-z)p+y^2 (z-x)q = z ^2(x-y)

Partial Differential Equations Lagranges linear PDE x^2 (y-z)p+y^2 (z-x)q = z ^2(x-y)

Partial Differential Equations Lagranges linear PDE solve yzp+zxq=xy

Partial Differential Equations Lagranges linear PDE solve yzp+zxq=xy

Partial Differential Equations Charpit's equation z^2=pqxy

Partial Differential Equations Charpit's equation z^2=pqxy

Partial Differential Equations Charpit's method (p^2+q^2)y=qz

Partial Differential Equations Charpit's method (p^2+q^2)y=qz

Partial Differential Equations Solve by Direct Integration method ə^3z/ə^2 xəy -cos(2x+3y)=0

Partial Differential Equations Solve by Direct Integration method ə^3z/ə^2 xəy -cos(2x+3y)=0

Partial Differential Equations Solve by Direct Integration method ə^3z/ə^2 xəy + 18xy^2 +sin(2x-y)=0

Partial Differential Equations Solve by Direct Integration method ə^3z/ə^2 xəy + 18xy^2 +sin(2x-y)=0

Partial Differential Equations Eliminate Arbitrary Functions z=x^2f(y)+y^2g(x)

Partial Differential Equations Eliminate Arbitrary Functions z=x^2f(y)+y^2g(x)

Partial Differential Equations Eliminate Arbitrary Functions Z=y^2 + 2f(1/x+log y)

Partial Differential Equations Eliminate Arbitrary Functions Z=y^2 + 2f(1/x+log y)

Partial Differential Equations Eliminate Arbitrary Functions z=f(x+it)+g(x-it)

Partial Differential Equations Eliminate Arbitrary Functions z=f(x+it)+g(x-it)

Partial Differential Equations Eliminate Arbitrary Functions Z=f(y/x)

Partial Differential Equations Eliminate Arbitrary Functions Z=f(y/x)

Partial Differential Equations Eliminate Arbitrary Constants (x-a)^2 + (y-b)^2 + z^2 = c^2

Partial Differential Equations Eliminate Arbitrary Constants (x-a)^2 + (y-b)^2 + z^2 = c^2

Partial Differential Equations Eliminate arbitrary constants z=a(x+y)+b(x-y)+abt+c

Partial Differential Equations Eliminate arbitrary constants z=a(x+y)+b(x-y)+abt+c

Partial Differential Equations Eliminate arbitrary constants 2z = x^2/a^2 + y^2/b^2

Partial Differential Equations Eliminate arbitrary constants 2z = x^2/a^2 + y^2/b^2

Discrete mathematics Bounded Lattice Definition Example z+, less than 0r equal to, subset

Discrete mathematics Bounded Lattice Definition Example z+, less than 0r equal to, subset

Discrete mathematics Complemented Lattice Definition Subset Example

Discrete mathematics Complemented Lattice Definition Subset Example

Discrete mathematics Complemented Lattice Definition Example

Discrete mathematics Complemented Lattice Definition Example

Discrete mathematics Distributed Lattice Definition Example 1)Subset 2) Five element

Discrete mathematics Distributed Lattice Definition Example 1)Subset 2) Five element

Discrete mathematics Lattice Every chain is a distributed lattice

Discrete mathematics Lattice Every chain is a distributed lattice

Discrete mathematics Lattice with example Poset with all the subsets of {0 1 2}

Discrete mathematics Lattice with example Poset with all the subsets of {0 1 2}

Discrete mathematics Lattice definition example Poset - all divisor of 60 ordered by divisibility

Discrete mathematics Lattice definition example Poset - all divisor of 60 ordered by divisibility

Discrete mathematics Components of POSET lower and upper bound with examples

Discrete mathematics Components of POSET lower and upper bound with examples

Discrete mathematics components of POSET greatest and least element with example

Discrete mathematics components of POSET greatest and least element with example

Discrete mathematics components of poset maximal and minimal element with example

Discrete mathematics components of poset maximal and minimal element with example

Discrete Mathematics CHECK FOR POSET Construct Hasse diagram A={1 2 3} [P(A ) SUBSET]

Discrete Mathematics CHECK FOR POSET Construct Hasse diagram A={1 2 3} [P(A ) SUBSET]

Discrete Mathematics POSET Construct HASSE DIAGRAM [ [ {2 4 5 10 12 20 25] / ]

Discrete Mathematics POSET Construct HASSE DIAGRAM [ [ {2 4 5 10 12 20 25] / ]

Discrete mathematics POSET construct hasse diagram if A={1 2 ... 12} aRb a divides b

Discrete mathematics POSET construct hasse diagram if A={1 2 ... 12} aRb a divides b

Discrete mathematics Hasse diagram steps with example

Discrete mathematics Hasse diagram steps with example

Discrete mathematics If A={1 2 3 4} Given R Check for POSET EXAMPLE

Discrete mathematics If A={1 2 3 4} Given R Check for POSET EXAMPLE

Discrete mathematics POSET Definition with Example

Discrete mathematics POSET Definition with Example

Discrete mathematics Hamiltonian path Hamitonian circuit

Discrete mathematics Hamiltonian path Hamitonian circuit

Discrete mathematics Multi graph Eulers path Eulers circuit

Discrete mathematics Multi graph Eulers path Eulers circuit

Discrete Mathematics Lagranges theorem state and prove with example

Discrete Mathematics Lagranges theorem state and prove with example

TOC CONSTRUCT MINIMAL DFA Alphabets {a b} Language - string length gives remainder 1 divided by 4

TOC CONSTRUCT MINIMAL DFA Alphabets {a b} Language - string length gives remainder 1 divided by 4

TOC CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains string length divisible by 4

TOC CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains string length divisible by 4

Theory of computation CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains odd length strings

Theory of computation CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains odd length strings

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains even length strings

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} Language contains even length strings

Discrete Mathematics Graph Theory Isomorphism Example

Discrete Mathematics Graph Theory Isomorphism Example

Discrete Mathematics Graph Theory Bellmann Ford Algorithm Dynamic Programming Example

Discrete Mathematics Graph Theory Bellmann Ford Algorithm Dynamic Programming Example

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains aba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains aba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains ba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains ba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains b

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} string contains b

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings ends with substring ab

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings ends with substring ab

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings ends with substring aba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings ends with substring aba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings that ends with substring ba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings that ends with substring ba

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings that ends with b

Theory of Computation CONSTRUCT MINIMAL DFA Alphabets {a b} strings that ends with b

Theory of computation Construct minimal DFA alphabets {a b} string starts with substring ba

Theory of computation Construct minimal DFA alphabets {a b} string starts with substring ba

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String starts with b

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String starts with b

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String length atmost 2

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String length atmost 2

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String length atleast 2

Theory of Computation CONSTRUCT DFA FOR LANGUAGE L Alphabets {a b} String length atleast 2

Theory of computation Construct DFA Language L Alphabet {a b} string length exactly 2

Theory of computation Construct DFA Language L Alphabet {a b} string length exactly 2

Differential Calculus Find the points on y^2-4xy=x^2+5 for which the tangent is horizontal

Differential Calculus Find the points on y^2-4xy=x^2+5 for which the tangent is horizontal

Differential Find points on curves x^3-6x^2+x+3 where the normal is parallel to the line x+y=1729

Differential Find points on curves x^3-6x^2+x+3 where the normal is parallel to the line x+y=1729

Differential calculus Find point on curve y=x^2-5x+4 which tangent parallel to line 3x+y=7

Differential calculus Find point on curve y=x^2-5x+4 which tangent parallel to line 3x+y=7

Differential Calculus find slope tangent 1. y=x^4+2x^2-x at x=1 2. x=acos^3t y=asin^3t at t=π/2

Differential Calculus find slope tangent 1. y=x^4+2x^2-x at x=1 2. x=acos^3t y=asin^3t at t=π/2

Differential ladder height h=17m rate of change of base 5m/s when b=8m/s find rate of area height

Differential ladder height h=17m rate of change of base 5m/s when b=8m/s find rate of area height

Differential Conical water tank h=12m r=5cm water flow rate 10ccm/mm How fast depth increases h=8

Differential Conical water tank h=12m r=5cm water flow rate 10ccm/mm How fast depth increases h=8

Differential Beacon one revolution every 10 sec anchored 5km How fast beacon moving when angle 45

Differential Beacon one revolution every 10 sec anchored 5km How fast beacon moving when angle 45

Differential Stone dropped in pond radius r outer ripple increases 2/sec r=5 find rate of change

Differential Stone dropped in pond radius r outer ripple increases 2/sec r=5 find rate of change

Differential rod mass m(x)=square root of 3 length l(x) find rate of change of mass when x=3 x=27

Differential rod mass m(x)=square root of 3 length l(x) find rate of change of mass when x=3 x=27

Differential calculus Side of cube x volume of a cube x^3 find rate of change of volume when x=5

Differential calculus Side of cube x volume of a cube x^3 find rate of change of volume when x=5

Differential camera knocked H=400ft S=16t^2 find average instantaneous velocity, time to hit ground

Differential camera knocked H=400ft S=16t^2 find average instantaneous velocity, time to hit ground

Differential calculus Point moves after 2secs S=2t^2+3t find average velocity instantaneous velocity

Differential calculus Point moves after 2secs S=2t^2+3t find average velocity instantaneous velocity

TOC Elimination of unit production E - E+T/T T - T*F/F F - (E)/a

TOC Elimination of unit production E - E+T/T T - T*F/F F - (E)/a

TOC Elimination of epsilon Є production S - ACa/Aa A - BB/Є B - A/bc C - b

TOC Elimination of epsilon Є production S - ACa/Aa A - BB/Є B - A/bc C - b

Eliminate useless symbols context free grammar S - ABa/BC A - ac/Bcc/a B - bbc C - CA D - E E - c

Eliminate useless symbols context free grammar S - ABa/BC A - ac/Bcc/a B - bbc C - CA D - E E - c

S - AB/AC A - aAb/bAa/a B - bbA/aaB/AB C - abCA/aDb D - bD/aC Elimination of useless production

S - AB/AC A - aAb/bAa/a B - bbA/aaB/AB C - abCA/aDb D - bD/aC Elimination of useless production

S - AB/a A - BC/b B - aB/c C - ac/B Elimination of useless production context free grammar TOC

S - AB/a A - BC/b B - aB/c C - ac/B Elimination of useless production context free grammar TOC