- #1
evinda
Gold Member
MHB
- 3,836
- 0
Hi! (Smile)
Suppose that we index the components of the elements of $\mathbb{Z}_p$ by subscripts.
Indexing the terms of the sequence by superscripts in parentheses$x^{(i)}$ is a term of the sequence, and $x^{(i)}_k$ its $k$-th component.
So, if we have a sequence in $\mathbb{Z}_p$, it will be like that, right?
$$x=(x^{(1)}, x^{(2)}, \dots, x^{(k)}, \dotsc)$$
What will be the form of the $k^{th}$ component of $x^{(i)}$ ? (Thinking)
Suppose that we index the components of the elements of $\mathbb{Z}_p$ by subscripts.
Indexing the terms of the sequence by superscripts in parentheses$x^{(i)}$ is a term of the sequence, and $x^{(i)}_k$ its $k$-th component.
So, if we have a sequence in $\mathbb{Z}_p$, it will be like that, right?
$$x=(x^{(1)}, x^{(2)}, \dots, x^{(k)}, \dotsc)$$
What will be the form of the $k^{th}$ component of $x^{(i)}$ ? (Thinking)