Small monster scientists do a great deal of work to analyze small monster migratory and feeding patterns. You have been asked to draw a map of a simulation of how small monsters are distributed in a small area of the Knightrola Region. apply turtle graphics, nested for loops, user input, and simple mathematical calculations all at once. Ask for a horizontal multiplier, a vertical multiplier, and a constant from the user (as floats, or real numbers). For every cell in a 10x8 grid: Move the turtle to position (25 x horiz cell, -25 x vert cell). Draw a circle with radius (horiz mult x horiz cell + vert mult x vert cell + constant).

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Python. Please read the instructions carefully. Make sure the code is correct. I attached example outputs. Thanks!
Small monster scientists do a great deal of work to analyze small monster migratory and feeding patterns. You have
been asked to draw a map of a simulation of how small monsters are distributed in a small area of the Knightrola
Region.
apply turtle graphics, nested for loops, user input, and simple mathematical
calculations all at once.
Ask for a horizontal multiplier, a vertical multiplier, and a constant from the user (as floats, or real numbers).
For every cell in a 10x8 grid:
Move the turtle to position (25 x horiz cell, –25 × vert cell).
Draw a circle with radius (horiz mult x horiz cell + vert mult x vert cell + constant).
Transcribed Image Text:Small monster scientists do a great deal of work to analyze small monster migratory and feeding patterns. You have been asked to draw a map of a simulation of how small monsters are distributed in a small area of the Knightrola Region. apply turtle graphics, nested for loops, user input, and simple mathematical calculations all at once. Ask for a horizontal multiplier, a vertical multiplier, and a constant from the user (as floats, or real numbers). For every cell in a 10x8 grid: Move the turtle to position (25 x horiz cell, –25 × vert cell). Draw a circle with radius (horiz mult x horiz cell + vert mult x vert cell + constant).
Example output for values (-1,0.5, 5):
Example output for values (1, –2, –5):
Transcribed Image Text:Example output for values (-1,0.5, 5): Example output for values (1, –2, –5):
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