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Fundamentals of Physics, Extended  10th Edition by David Halliday, Robert Resnick, Jearl Walker
Fundamentals of Physics, Extended 10th Edition Edition
1

Chapter 1: Chapter 1

54 questions

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2

Chapter 2: Chapter 2

195 questions

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3

Chapter 3: Chapter 3

217 questions

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4

Chapter 4: Chapter 4

249 questions

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5

Chapter 5: Chapter 5

155 questions

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6

Chapter 6: Chapter 6

142 questions

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7

Chapter 7: Chapter 7

120 questions

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8

Chapter 8: Chapter 8

260 questions

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9

Chapter 9: Chapter 9

163 questions

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10

Chapter 10: Chapter 10

141 questions

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11

Chapter 11: Chapter 11

129 questions

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12

Chapter 12: Chapter 12

129 questions

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13

Chapter 13: Chapter 13

116 questions

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14

Chapter 14: Chapter 14

61 questions

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15

Chapter 15: Chapter 15

157 questions

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16

Chapter 16: Chapter 16

201 questions

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17

Chapter 17: Chapter 17

131 questions

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18

Chapter 18: Chapter 18

73 questions

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19

Chapter 19: Chapter 19

145 questions

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20

Chapter 20: Chapter 20

153 questions

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21

Chapter 21: Chapter 21

69 questions

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22

Chapter 22: Chapter 22

86 questions

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23

Chapter 23: Chapter 23

97 questions

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24

Chapter 24: Chapter 24

107 questions

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25

Chapter 25: Chapter 25

136 questions

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26

Chapter 26: Chapter 26

77 questions

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27

Chapter 27: Chapter 27

182 questions

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28

Chapter 28: Chapter 28

86 questions

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29

Chapter 29: Chapter 29

77 questions

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30

Chapter 30: Chapter 30

127 questions

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31

Chapter 31: Chapter 31

182 questions

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32

Chapter 32: Chapter 32

109 questions

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33

Chapter 33: Chapter 33

122 questions

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34

Chapter 34: Chapter 34

456 questions

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35

Chapter 35: Chapter 35

77 questions

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36

Chapter 36: Chapter 36

110 questions

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37

Chapter 37: Chapter 37

174 questions

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38

Chapter 38: Chapter 38

108 questions

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39

Chapter 39: Chapter 39

105 questions

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40

Chapter 40: Chapter 40

108 questions

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41

Chapter 41: Chapter 41

60 questions

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42

Chapter 42: Chapter 42

106 questions

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43

Chapter 43: Chapter 43

46 questions

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44

Chapter 44: Chapter 44

101 questions

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Question
Medium
Timing Icon

Solving time: 1 mins

Select the correct match.

A
Haemophilia Y linked

B
Phenylketonuria Autosomal
dominant trait

C
Sickle cell anaemia Autosomal recessive trait,chromosome-11

D
Thalassemia X linked

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Text SolutionText solutionverified iconVerified

Phenylketonuria – Autosomal recessive disorder
Thalassemia – Autosomal recessive disorder
Haemophilia – X linked recessive disorder
Sickle cell anaemia – Autosomal recessive trait, caused due to mutation in gene present on chromosome no. 11
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Question 1
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Texts: A team of scientists studied the effects of introducing a predator on the food webs of a group of small islands in the Bahamas. They selected 12 small islands inhabited by a single species of anole lizard, Anolis sagrei. A. sagrei spends most of its time on the ground and perching on low parts of trees and shrubs. At the start of the study in April 1996, researchers performed a census of A. sagrei, recording the height and diameter of the perch on which each lizard was found. Leiocephalus carinatus is a larger lizard that hunts for prey, including anoles, on the ground. The researchers planned to artificially introduce L. carinatus to half of the 12 islands in the year following the initial census and study its effects on the anoles. However, when they returned in April 1997, they found that one of the islands (called Z3) had been naturally colonized by L. carinatus, so they introduced L. carinatus to just five islands. The other six islands in the study remained free of L. carinatus. The researchers collected data on the lizard community on each of the islands, including Z3, until 1999. The graphs below show the mean perch height (top graph) and perch diameter (bottom graph) where A. sagrei was found on island Z3 for each census conducted. The population size of L. carinatus on island Z3 gradually decreased from the time of its colonization to the end of the study in April 1999. The colonization by L. carinatus occurred sometime between April 1996 and April 1997. How do the initial rates of change in perch height and perch diameter during this time period compare to other time periods in the study? Why did the researchers introduce the predator L. carinatus to only half of the islands (but not all 12)? What can you infer about the changes in the population of L. carinatus after colonization? Based on the trends in the graphs, explain how A. sagrei responded to colonization by L. carinatus. What is a possible explanation for the relationship between perch height and diameter? If the population of L. carinatus increased after 1999, make a prediction about how the A. sagrei perch height and perch diameter would change. Discuss ways in which you could improve this research. [You can discuss the research questions, sampling size, data collections, data analyses and different ways to interpret the data etc.] Why do you think the researchers chose a line graph instead of a scatter plot or bar graph to represent the data? The graphs below show the mean perch height (top graph) and perch diameter (bottom graph) where A. sagrei was found on island Z3 for each census conducted. The population size of L. carinatus on island Z3 gradually decreased from the time of its colonization to the end of the study in April 1999. 80 - 70 60 A. sagrei perch height (cm) 50 40 30 20 6 5 A. sagrei perch diameter (mm) 4 3 2 1996 1997 1998 1999 Caption: The response of the lizard, Anolis sagrei, to the introduction of a larger lizard predator Leiocephalus carinatus, which naturally colonized a small island in the Bahamas between April 1996 and April 1997. The graphs show the average perch height (cm) and perch diameter (mm) of A. sagrei before colonization by L. carinatus (April 1996) and following colonization from April 1997 to April 1999.
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Question Text
Select the correct match.
Updated OnJun 19, 2022
TopicPrinciples of Inheritance and Variation
SubjectBiology
ClassClass 12
Answer TypeText solution:1 Video solution: 5
Upvotes556
Avg. Video Duration7 min