AN SC120 Lecture : Behaviour's Role in the Human-Animal Bond

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ivorymoose394

1 Feb 2012

School

University of Alberta

Department

Animal Science

Course

AN SC120

Professor

Richard Uwiera

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Document Summary

Natural behaviour ethologists define normal behaviour as what the majority of animals in a species do a majority of the time. Role of the ethogram repertoire of behaviours. Domestic and wild types have the same types of behaviours (same ethogram) Degree of showing behaviours quantitative differences (ie: problem behaviours) What is the natural behaviour of cats and dogs. Go back to the wild type (wolf or african wild cat) Can have a pack tendency, aggressive tendencies etc. Occurs through selection during the process of domestication. Tamed the wolf terrorizing the people of gubbio. St. francis convinced the wolf to live amongst the people and they kept feeding it. After 2 years, the wolf went back to his old ways. More breeds in dogs selected for specific tasks. Some a better with children, some are very smart, some need lots of room to run, which are high energy etc. Anthropomorpism ascribing human characteristics to your animal.

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Question 11. [5 MARKS] Each code fragment in the table below operates on list L, which has length k where k is very large - at least in the tens of thousands. For each fragment, give an expression in terms of k for how many times happy! is printed, and circle whether the behaviour is constant, linear, quadratic or something else. Code How many times is happy! printed? Complexity (circle one) for i in range (len (L)): print('happy!') for item in L: print('happy!') constant linear quadratic something else for i in range (len(L)) for item in L[:i]: print('happy!' constant linear quadratic something else # Precondition: len(L) % 10 == 0 i = 0 while i < len(L): print("happy!') i = i + len(L) // 10 constant linear quadratic something else for item in L[1000:2000] : print('happy!' constant linear quadratic something else for item in L[10:] : print('happy!' constant linear quadratic something else

2. Which answer best describes the behavior of this processing sketch? int xPos, yPos; A. A ball moves from the upper left corner, diagonally to the void setup() { lower right corner. size (400, 400); B. A ball moves from the upper left corner, diagonally to the y Pos = 0; center, then stops and stays in the center. xPos = 0; A ball moves from the upper left corner, diagonally to the center, then straight down to the bottom A ball moves from the upper left corner, diagonally to the void draw() { center, then diagonally to the lower left. background (255); E. A ball moves from the upper left corner, straight down the ellipse (xPos, yPos, 5, 5); left side until half-way down then diagonally to the middle of the bottom y Pos = y Pos + 1; xPos - xPos + (1-yPos/(height/2));

AN SC120 Lecture : Behaviour's Role in the Human-Animal Bond

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