The following table gives the frequencies of the nest size (number of eggs) of 153 Great Blue Heron nests recorded on a recent survey in Indian River County. Use the data to construct a discrete probability distribution.     0 1 2 3 4 5   12 26 12 41 36 26   Construct the probability distribution of , where is the number of eggs in a randomly selected Great Blue Heron nest in Indian River County. Round solutions to three decimal places, if necessary.    0 1 2 3 4 5               Construct a probability distribution graph for the nest size of Great Blue Herons in Indian River County. 0.050.10.150.2Nest SizeP(x)012345[Graphs generated by this script: setBorder(85,45,0,10); initPicture(0,14,0,0.229);axes(1000,0.05,1,1000,0.05); fill="blue"; stroke="black";textabs([190,0],"Nest Size","above");textabs([0,120],"P(x)","right",90);rect([1,0],[3,0.178]);text([2,0],"0","below");rect([3,0],[5,0.229]);text([4,0],"1","below");rect([5,0],[7,0.139]);text([6,0],"2","

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The following table gives the frequencies of the nest size (number of eggs) of 153 Great Blue Heron nests recorded on a recent survey in Indian River County. Use the data to construct a discrete probability distribution.

 

  0 1 2 3 4 5
  12 26 12 41 36 26

 

Construct the probability distribution of , where is the number of eggs in a randomly selected Great Blue Heron nest in Indian River County. Round solutions to three decimal places, if necessary.

   0 1 2 3 4 5
             







Construct a probability distribution graph for the nest size of Great Blue Herons in Indian River County.

0.050.10.150.2Nest SizeP(x)012345[Graphs generated by this script: setBorder(85,45,0,10); initPicture(0,14,0,0.229);axes(1000,0.05,1,1000,0.05); fill="blue"; stroke="black";textabs([190,0],"Nest Size","above");textabs([0,120],"P(x)","right",90);rect([1,0],[3,0.178]);text([2,0],"0","below");rect([3,0],[5,0.229]);text([4,0],"1","below");rect([5,0],[7,0.139]);text([6,0],"2","below");rect([7,0],[9,0.144]);text([8,0],"3","below");rect([9,0],[11,0.15]);text([10,0],"4","below");rect([11,0],[13,0.16]);text([12,0],"5","below");]
0.050.10.150.20.25Nest SizeP(x)012345[Graphs generated by this script: setBorder(85,45,0,10); initPicture(0,14,0,0.291);axes(1000,0.05,1,1000,0.05); fill="blue"; stroke="black";textabs([190,0],"Nest Size","above");textabs([0,120],"P(x)","right",90);rect([1,0],[3,0.256]);text([2,0],"0","below");rect([3,0],[5,0.227]);text([4,0],"1","below");rect([5,0],[7,0.18]);text([6,0],"2","below");rect([7,0],[9,0.032]);text([8,0],"3","below");rect([9,0],[11,0.015]);text([10,0],"4","below");rect([11,0],[13,0.291]);text([12,0],"5","below");]
0.050.10.150.20.25Nest SizeP(x)012345[Graphs generated by this script: setBorder(85,45,0,10); initPicture(0,14,0,0.268);axes(1000,0.05,1,1000,0.05); fill="blue"; stroke="black";textabs([190,0],"Nest Size","above");textabs([0,120],"P(x)","right",90);rect([1,0],[3,0.078]);text([2,0],"0","below");rect([3,0],[5,0.17]);text([4,0],"1","below");rect([5,0],[7,0.078]);text([6,0],"2","below");rect([7,0],[9,0.268]);text([8,0],"3","below");rect([9,0],[11,0.235]);text([10,0],"4","below");rect([11,0],[13,0.17]);text([12,0],"5","below");]
0.050.10.150.20.250.30.35Nest SizeP(x)012345[Graphs generated by this script: setBorder(76,45,0,10); initPicture(0,14,0,0.36);axes(1000,0.05,1,1000,0.05); fill="blue"; stroke="black";textabs([190,0],"Nest Size","above");textabs([0,120],"P(x)","right",90);rect([1,0],[3,0.36]);text([2,0],"0","below");rect([3,0],[5,0.093]);text([4,0],"1","below");rect([5,0],[7,0.056]);text([6,0],"2","below");rect([7,0],[9,0.121]);text([8,0],"3","below");rect([9,0],[11,0.341]);text([10,0],"4","below");rect([11,0],[13,0.028]);text([12,0],"5","below");]

 

 

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My Apps Dashboard | Indian Ri...
<>
IRSC INDIAN RIVER
X
0
1
2
3
4
5
6
7
STATE CULEEG3b Help
P(x)
0.224
0.224
0.188
0.118
0.08
0.071
0.071
0.024
Bb Chapter 4 Homework - Blackb...
P(x = 6) = 0.071✔
P(x ≤ 1) = 0.448
P(x ≥ 4) =
STA2023-20233-1 V-A-002 Flementary Statistics L - INTERNET 08:00 AM INIVC
= 0.246 OB
irsc.blackboard.com
100
The following table gives the probability distribution of a discrete random variable X. Use the
table to find the following probabilities. Round solutions to three decimal places, if necessary.
P(1 ≤ x ≤ 5) 0.295 ×
The shape of the probability distribution is symmetric
14%
Orgs Academic Support
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Transcribed Image Text:Chrome File Edit View History Bookmarks Profiles Tab My Apps Dashboard | Indian Ri... <> IRSC INDIAN RIVER X 0 1 2 3 4 5 6 7 STATE CULEEG3b Help P(x) 0.224 0.224 0.188 0.118 0.08 0.071 0.071 0.024 Bb Chapter 4 Homework - Blackb... P(x = 6) = 0.071✔ P(x ≤ 1) = 0.448 P(x ≥ 4) = STA2023-20233-1 V-A-002 Flementary Statistics L - INTERNET 08:00 AM INIVC = 0.246 OB irsc.blackboard.com 100 The following table gives the probability distribution of a discrete random variable X. Use the table to find the following probabilities. Round solutions to three decimal places, if necessary. P(1 ≤ x ≤ 5) 0.295 × The shape of the probability distribution is symmetric 14% Orgs Academic Support Window Help ↑ Chapter 4 Lecture - Discrete R... O + Employability MAY 25 X ← → C YouTube b Search results for X ↑ DI bartleby.com/search?scope=Textbooks&q=And... Maps M Gmail G Google SEARCH LIBRARY Add Image The following tabl xb Answered: Andrey x | + ASK AN EXPERT Paraphrasing Tool... Type your homework problem, textbook question, or search for a textbook by ISBN, title, or author. Thu May 25 3:53 PM LIVE CHAT tv Aw Browse 10+ million homework and textbook solutions, concept explainers, videos and more. W 5 6 7 8 9 10 11 12 13 [Graphs generated by this script: setBorder(60,45,0,10); initPicture(0,20,0,0.11111111111111);axes(1000,0.02,1,1000,0.02); fill="blue"; stroke="black";textabs([265,0],"Wait time measured in minutes rounded down","above");rect([1,0],[3,0.11111 111111]);text([2,0],"5","below");rect([3,0],... i ×
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