Which of these theories fit into the contextual world-viewQuestio.pdf

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Which of these theories fit into the contextual world-view? Question 13 options: Stage theories, like Piaget\'s. Learning theories, like Skinner\'s. Universal theories, like Bowlby\'s. Systems theories, like Bronfenbrenner\'s. Save Stage theories, like Piaget\'s. Learning theories, like Skinner\'s. Universal theories, like Bowlby\'s. Systems theories, like Bronfenbrenner\'s. Solution ANS: D. Systems theories, like Bronfenbrenner\'s. Explanation: Developmental psychology is mainly influenced by three major world views. They are 1. Organismic, 2. Mechanistic and 3. contextual world views. Contextual world views: Development is the result of reciprocal social interactions between an active person and their social partners from in a series of nested contexts. Systems theories, like Bronfenbrenner\'s theory fit into the contextual world-view. Wrong theories: A. Stage theories, like Piaget\'s. (Organismic) B. Learning theories, like Skinner\'s. (Mechanistic) C. Universal theories, like Bowlby\'s. (Maturational).

Which of these theories fit into the contextual world-view?
Question 13 options:
Stage theories, like Piaget's.
Learning theories, like Skinner's.
Universal theories, like Bowlby's.
Systems theories, like Bronfenbrenner's.
Save
Stage theories, like Piaget's.
Learning theories, like Skinner's.
Universal theories, like Bowlby's.
Systems theories, like Bronfenbrenner's.
Solution
ANS: D. Systems theories, like Bronfenbrenner's.
Explanation:
Developmental psychology is mainly influenced by three major world views. They are 1.
Organismic, 2. Mechanistic and 3. contextual world views.
Contextual world views:
Development is the result of reciprocal social interactions between an active person and their
social partners from in a series of nested contexts.
Systems theories, like Bronfenbrenner's theory fit into the contextual world-view.
Wrong theories:
A. Stage theories, like Piaget's. (Organismic)
B. Learning theories, like Skinner's. (Mechanistic)
C. Universal theories, like Bowlby's. (Maturational)

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Proteins can be attached to a membrane in a variety of ways. How doe.pdf

Proteins can be attached to a membrane in a variety of ways. How doe.pdf

Proteins can be attached to a membrane in a variety of ways. How doe.pdf

Problem 1-What is environmental engineering? (20 pts) Below you will see a list of four different scenarios which to field of environmental engineering. For each one of ihena may involve the area you need (1) Write out if th have defined it in our course e scenario involves environmental engineering as wo for (1) by explaining what area of environmental engineering the scenario fits into and why decide YES, the scenario does involve the field of specific an environmental engineering, then describe something environmental engineer might do as part o scenario. If you decide scendor of environmental engineering. you do not have to do anything t f their job in thot e NQ, the scenario does not involve the field this step. northern Scenario 1: Unsustainable deforestation in an old growth Canadian forest the Congo. Scenario 3: Assessment of the level of exposure of indoor air pollutants in a school building for children that go to the school. Scenario 4: Assisting a Native American tribe in legal arguments to justity to a state court that their water rights are being violated. Scenario 2: Right handling of acid mine water drainage for a gold mine in Solution 1. 1.At 0.02% of its forested area, deforestation in Canada is among the world’s lowest, yet many myths exist about the state of our forests. The reality is that Canada is a world leader in sustainable forest management. Canadian forests are healthy, productive and thriving. Deforestation is an important issue, since shrinking forest cover reduces biodiversity, affects soil and water quality, impacts wildlife habitat and influences climate change. The Canadian government carefully monitors and regularly publishes reports on deforestation. Our scientists combine satellite and aerial images with information about regional development, forest ecosystems, natural processes and local conditions to help monitor and manage the health of Canadian forests. Here are some key facts about Canada’s low levels of deforestation. The annual deforestation rate in Canada in 2010 was less than 0.02% of our forests and the rate has been declining for over 25 years. In 1990, 63,100 hectares were lost to deforestation and in 2014 this figure dropped to 34,200 hectares. Today, Canada’s 348 million hectares of forest lands represent about 9% of the world’s forest cover, but account for only 0.3% of global deforestation. Deforestation only occurs when forests are permanently removed so the land can be used for something else. Harvesting, forest fires and insect infestations do not constitute deforestation, since the affected areas will grow back. According to laws, regulations and policies in place across Canada, all areas harvested on public land must be reforested, either by replanting or through natural regeneration. About 94% of Canada’s forests are on public land. The conversion of forest to agricultural land is decreasing but it remains the largest contributor to deforestation in Canada. The small contribution the.

Problem 1-What is environmental engineering (20 pts) Below you wil.pdf

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NetWork Design Question 2.) How does TCP prevent Congestion? Dicuss the information identifying congestion in the network as well as the mechanism for reducing congestion? Solution Congestion is a problem that occurs on shared networks when multiple users contend for access to the same resources (bandwidth, buffers, and queues). Transmission Control Protocol (TCP) uses a network congestion-avoidance algorithm that includes various aspects of an additive increase/multiplicative decrease (AIMD) scheme, with other schemes such as slow-start to achieve congestion avoidance. The TCP congestion-avoidance algorithm is the primary basis for congestion control in the Internet. Congestion typically occurs where multiple links feed into a single link, such as where internal LANs are connected to WAN links. Congestion also occurs at routers in core networks where nodes are subjected to more traffic than they are designed to handle. TCP/IP networks such as the Internet are especially susceptible to congestion because of their basic connectionless nature. There are no virtual circuits with guaranteed bandwidth. Packets are injected by any host at any time, and those packets are variable in size, which make predicting traffic patterns and providing guaranteed service impossible. While connectionless networks have advantages, quality of service is not one of them. Shared LANs such as Ethernet have their own congestion control mechanisms in the form of access controls that prevent multiple nodes from transmitting at the same time. Identifying: Congestion is primarily reflected by a conventional user feeling-- slowness. This statement reflects the change in the network effective flow, that is the time required to transmit an entire data from one point to another. The effective flow doenot exist as such, it consists in reality of three seperate indicators: *Latency:the effective flow is inversely proportional to the latency. *Jitter:it is latency variation over time, impacts by influencing the flow latency *Loss Rate:the theoritical bandwidth is inversely proportional to the square root of the loss rate These Congestion symtoms allow us to rely on objective indicators to characterize it. Mechanism to reduce congestion: The standard fare in TCP implementations today has four standard congestion control algorithms that are now in common use. Their usefulness has passed the test of time. The four algorithms, Slow Start, Congestion Avoidance, Fast Retransmit and Fast Recovery are described below. (a) Slow Start Slow Start, a requirement for TCP software implementations is a mechanism used by the sender to control the transmission rate, otherwise known as sender-based flow control. This is accomplished through the return rate of acknowledgements from the receiver. In other words, the rate of acknowledgements returned by the receiver determine the rate at which the sender can transmit data. When a TCP connection first begins, the Slow Start algorithm initializes a .

NetWork Design Question2.) How does TCP prevent Congestion Dicuss.pdf

NetWork Design Question2.) How does TCP prevent Congestion Dicuss.pdf

NetWork Design Question2.) How does TCP prevent Congestion Dicuss.pdf

Mosses and liverworts are early colonizers during ecological succession and make the environment more amenable for other species. How do these plants contribute to nitrogen levels in the soil? Solution Answer: Mosses and liverworts have been found to be the first organisms to colonize either a primary succession or secondary succession. Their spores are carried by birds, insects or wind. Studies indicate that mosses and liverworts make the soil more amenable to colonization by other plants. This can be attributed to the fact that mosses and liverworts establish symbiotic association with nitrogen fixing cyanobacteria, thus replenishing the soil with nitrogen..

Mosses and liverworts are early colonizers during ecological success.pdf

Mosses and liverworts are early colonizers during ecological success.pdf

Mosses and liverworts are early colonizers during ecological success.pdf

Many programming languages, especially older ones, provide no language support for concurrency. C and C++ are examples of such languages. Is it essential that a language include syntax for concurrency to be able to write concurrent programs in that language? If not, how is it accomplished? What are the advantages and disadvantages of including support for concurrency in a language? Solution Advantages: 1).Although the tasks are running and the user can relate with the applications. 2).It has the availability of services. means long running the tasks will not delay tiny running ones. 3). complex programs make better use of many resources. 4).tasks are requiring certain pre conditions can hang and wait untill the pre conditions are seize and then restart implementation properly. Disadvantages: 1). a chance of corrupting consistent state of program by concurrent tasks. 2).Deadlock may occur. 3).It would be masters exponential number of interleavings due to different schedules..

Many programming languages, especially older ones, provide no langua.pdf

Many programming languages, especially older ones, provide no langua.pdf

Many programming languages, especially older ones, provide no langua.pdf

Inferior nasal concha Lacrimal bone Mandible Maxilla Nasal bone Palatine bone Vomer bone Zygomatic bone Forms bridge of nose Only movable bone in the facial skeleton Contains coronoid process Creates prominence of cheek inferior and lateral to the eye Contains sockets of upper teeth Forms inferior portion of nasal septum Forms anterior portion of zygomatic arch Scroll-shaped bone in nasal passage Forms anterior roof of mouth Contains mental foramen Forms posterior roof of mouth Small bone in medial wall of orbit Forms a very small portion of inferior orbit Contains large sinus inferior to orbit Solution.

Inferior nasal concha Lacrimal bone Mandible Maxilla Nasal bone .pdf

Inferior nasal concha Lacrimal bone Mandible Maxilla Nasal bone .pdf

Inferior nasal concha Lacrimal bone Mandible Maxilla Nasal bone .pdf

import java.util.*; public class Program { public static void main(String[] args) { Scanner input = new Scanner(System.in); String x=\"X\"; int amount; System.out.println(\"Enter amount\"); amount=input.nextInt(); System.out.println(\"Amount is: \"+amount); for(int i=1; i<=amount; i++) { System.out.println(x); for(int j=1; j<=i; j++) { System.out.print(x); } } } } Why does It print out the last set of X\'s twice? I am doing basic Java so please try to explain using the most basic codes. import java.util.*; public class Program { public static void main(String[] args) { Scanner input = new Scanner(System.in); String x=\"X\"; int amount; System.out.println(\"Enter amount\"); amount=input.nextInt(); System.out.println(\"Amount is: \"+amount); for(int i=1; i<=amount; i++) { System.out.println(x); for(int j=1; j<=i; j++) { System.out.print(x); } } } } Why does It print out the last set of X\'s twice? I am doing basic Java so please try to explain using the most basic codes. import java.util.*; public class Program { public static void main(String[] args) { Scanner input = new Scanner(System.in); String x=\"X\"; int amount; System.out.println(\"Enter amount\"); amount=input.nextInt(); System.out.println(\"Amount is: \"+amount); for(int i=1; i<=amount; i++) { System.out.println(x); for(int j=1; j<=i; j++) { System.out.print(x); } } } } Why does It print out the last set of X\'s twice? I am doing basic Java so please try to explain using the most basic codes. Solution Hi, I have modified the code. it is working as expected now. Highlighted the code changes below. Issue here is with you have written this statement twice System.out.println(x); which causes the issue. Program.java import java.util.*; public class Program { public static void main(String[] args) { Scanner input = new Scanner(System.in); String x=\"X\"; int amount; System.out.println(\"Enter amount\"); amount=input.nextInt(); System.out.println(\"Amount is: \"+amount); for(int i=1; i<=amount; i++) { System.out.println(); for(int j=1; j<=i; j++) { System.out.print(x); } } } } Output: Enter amount 10 Amount is: 10 X XX XXX XXXX XXXXX XXXXXX XXXXXXX XXXXXXXX XXXXXXXXX XXXXXXXXXX.

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