Answer
Let's store the elements in reversed order in the sequence: $R_{1}, R_{2}, \ldots R_{k}$
After that, let's copy the already reversed list back into $N_{1}, N_{2}, \ldots N_{k}$
$\bullet$ Get the value of $k$
$\bullet$ Get the elements of the list $N_{1}, N_{2}, \ldots N_{k}$
$\bullet$ Set the value of $i$ to 1
$\bullet$ While $(i \leq k)$ do
$\bullet \quad$ Set value of $R_{i}$ to $N_{k+1-i}$
$\bullet\quad$ Increment $i$ by 1
$\bullet$ End of loop
$\bullet$ Set value of $i$ to 1
$\bullet$ While $(i \leq k)$ do
$\bullet \quad$ Set value of $N_{i}$ to $R_{i}$
$\bullet\quad$ Increment $i$ by 1
$\bullet$ End of loop
$\bullet$ Print the result: $N_{1}, N_{2}, \ldots N_{k}$
Work Step by Step
Let's store the elements in reversed order in the sequence: $R_{1}, R_{2}, \ldots R_{k}$
After that, let's copy the already reversed list back into $N_{1}, N_{2}, \ldots N_{k}$
$\bullet$ Get the value of $k$
$\bullet$ Get the elements of the list $N_{1}, N_{2}, \ldots N_{k}$
$\bullet$ Set the value of $i$ to 1
$\bullet$ While $(i \leq k)$ do
$\bullet \quad$ Set value of $R_{i}$ to $N_{k+1-i}$
$\bullet\quad$ Increment $i$ by 1
$\bullet$ End of loop
$\bullet$ Set value of $i$ to 1
$\bullet$ While $(i \leq k)$ do
$\bullet \quad$ Set value of $N_{i}$ to $R_{i}$
$\bullet\quad$ Increment $i$ by 1
$\bullet$ End of loop
$\bullet$ Print the result: $N_{1}, N_{2}, \ldots N_{k}$
