SharafatKarim

class Node:
    def __init__(self, value=None):
        self.val = value
        self.next_val = None

class Link:
    def __init__(self):
        self.primary_value = Node()

    def append_to_list(self,value=None):

SharafatKarim

# variables

text= """
Reading is becoming more and more important in the new knowledge economy and remains the most effective human activity for transforming information into knowledge.

If top readers read at speeds of above 1000 words per minute (wpm) with near 85% comprehension, they only represent 1% of readers. Average readers are the majority and only reach around 200 wpm with a typical comprehension of 60%. This seems surprising since most readers, actively reading work documents, newspapers, magazines, books or the contents of a computer display are practicing daily for at least one hour. With such an intense training everyone should be close to top performances.

Unfortunately, this is far from the real situation. The average reader is five times slower than the good reader. Things are even worse if we consider reading efficiency as well as speed. Reading efficiency is reading speed weighted by comprehension rate and it amounts to 200 x 60% or 120 efficient words per minute (ewpm) for the average re

SharafatKarim

def getlist(N):
    return list(range(2,N+1))

def with_sieve(N):
    L = getlist(N)
    L1 = []
    Prime_List = []

    for ele in L:
        L1.append(ele)