Approximate Solutions For K K 1 With Different Values Of M M

Approximate solutions for k = k ′ = 1 with different values of M , M ...
Approximate solutions for k = k ′ = 1 with different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Approximate solutions for k = k ′ = 1 and different values of M , M ...
Exact and approximate solution for the different values of k and M in ...
Exact and approximate solution for the different values of k and M in ...
Exact and approximate solution for the different values of k and M in ...
Exact and approximate solution for the different values of k and M in ...
Maximum solution error for different values of m and k, k ≤ m + 1 ...
Maximum solution error for different values of m and k, k ≤ m + 1 ...
Exact and approximate solutions of y 1 (t) for M = 3 and k = 3, 4, 5 ...
Exact and approximate solutions of y 1 (t) for M = 3 and k = 3, 4, 5 ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
Numerical solutions for fixed values of k = 3, M = 4 and different ...
The graph of solutions k 1 (t) with different values of ρ. | Download ...
The graph of solutions k 1 (t) with different values of ρ. | Download ...
Comparison of numerical solution at k = 1 and M = 10 for different ...
Comparison of numerical solution at k = 1 and M = 10 for different ...
Solutions to (30) for different values of K 1 . | Download Scientific ...
Solutions to (30) for different values of K 1 . | Download Scientific ...
The approximate solutions with different values for m at different ...
The approximate solutions with different values for m at different ...
The approximate solution of Example 5.1 for k = 4, M = 1 (in (2.1)) and ...
The approximate solution of Example 5.1 for k = 4, M = 1 (in (2.1)) and ...
Solutions to (30) for different values of K 1 . | Download Scientific ...
Solutions to (30) for different values of K 1 . | Download Scientific ...
Numerical and exact solutions for fixed values of K = 3, M = 4 and ...
Numerical and exact solutions for fixed values of K = 3, M = 4 and ...
Approximate solution of Example 1 for M = 8, k = 1. | Download ...
Approximate solution of Example 1 for M = 8, k = 1. | Download ...
The approximate solution of Example 5.1 for k = 4, M = 1 (in (2.1)) and ...
The approximate solution of Example 5.1 for k = 4, M = 1 (in (2.1)) and ...
Approximation solution for Example 1 at k = 1 and M = 7 and different ...
Approximation solution for Example 1 at k = 1 and M = 7 and different ...
Approximation solution for Example 1 at k = 1 and M = 7 and different ...
Approximation solution for Example 1 at k = 1 and M = 7 and different ...
Solutions by the proposed method at different α , M = 4 , k = 1 , and ...
Solutions by the proposed method at different α , M = 4 , k = 1 , and ...
The maximum K values for different M values that satisfy (18 ...
The maximum K values for different M values that satisfy (18 ...
Exact solutions with k 1 = α 1 = a = c = 2, λ 3 = 1, and (a) n = 0.5, m ...
Exact solutions with k 1 = α 1 = a = c = 2, λ 3 = 1, and (a) n = 0.5, m ...
The nature of approximate solutions for the parameters µ = 3 4 , k = 1 ...
The nature of approximate solutions for the parameters µ = 3 4 , k = 1 ...
Evolution of approximate solutions ( x 1 k , x 2 k ) associated with ...
Evolution of approximate solutions ( x 1 k , x 2 k ) associated with ...
M r /M s vs K u /K 1 for different l,m,n; a positive K 1 and b negative ...
M r /M s vs K u /K 1 for different l,m,n; a positive K 1 and b negative ...
Approximate solution for example 3.1 with k = 2, M = 3 with ε 0 = 10-4 ...
Approximate solution for example 3.1 with k = 2, M = 3 with ε 0 = 10-4 ...
Computed approximate solutions of u and v for , 2 1 − = k , 1 2 = k ...
Computed approximate solutions of u and v for , 2 1 − = k , 1 2 = k ...
The approximate solution of Example 6 for k = 4, M = 2. | Download ...
The approximate solution of Example 6 for k = 4, M = 2. | Download ...
Solutions by the proposed method at different α , M = 7 , k = 1 , and ...
Solutions by the proposed method at different α , M = 7 , k = 1 , and ...
Numerical solution for ξL = m = k = 1 computed using three different ...
Numerical solution for ξL = m = k = 1 computed using three different ...
Approximate solution for example 3.1 with k = 2, M = 3 with ε 0 = 10-4 ...
Approximate solution for example 3.1 with k = 2, M = 3 with ε 0 = 10-4 ...
Approximate solution for Example 6.1 with k 2, M 4, ε 0 10 −4 ...
Approximate solution for Example 6.1 with k 2, M 4, ε 0 10 −4 ...
Computed approximate solutions of u and v for , 2 1 − = k , 8 2 = k ...
Computed approximate solutions of u and v for , 2 1 − = k , 8 2 = k ...

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