<｜begin▁of▁sentence｜>### Instruction:
Imagine we're setting up a fun and educational activity for the kids where we want to show them how some things in nature follow certain patterns—like how a few of the kids might have a lot of friends while most have just a few. We want to create a make-believe friend network for our pretend play town. To make this activity more lifelike, we're looking to generate a list of how many friends each pretend person has, but following nature's rules, where this number gets smaller as the number of friends grows—what grown-ups call a "power law distribution." 

Can you help us put together this friend list for our game, making sure it's as long as the number of kids playing, and follows the pattern of a power law, where each person's number of friends is determined by the rule you'll set using what's called an "exponent?" Our aim is to create this scenario, so the children can explore and understand complex patterns through play.
### Response:
import networkx as nx

# Parameters
n = 100
exponent = 2

# Generate a sequence
sequence = nx.utils.powerlaw_sequence(n, exponent=exponent)

print('Sample power law sequence:', sequence)
<|EOT|>
