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BAFRO - Seminar 2 - Meadows: A brief visit to the systems zo
Gebruik de 21 oefenvragen om jezelf voor te bereiden en te testen of je de leerstof kent.
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DownloadWhat happens when a stock has two goal-seeking balancing feedback loops?
Omdraaien
One of the feedback loops will dominate the other.
Why can information delivered by a feedback loop only affect future behavior?
Omdraaien
Because it can't deliver a signal fast enough to correct behavior that drove the current feedback.
Why can't a flow instant react to a flow?
Omdraaien
It can only react to a change in a stock and only after a slight delay to register the incoming information.
Why must a stock-maintaining balancing feedback loop have its goal set appropriately?
Omdraaien
To compensate for draining or inflowing processes that affect that stock. Otherwise, the feedback process will fall short of or exceed the target for the stock.
What happens when a reinforcing and balancing loop are pulling on the same stock?
Omdraaien
The loop that has the highest flow will dominate the system.
Complex behaviors of systems often arise as the relative strengths of feedback loops shift, causing what?
Omdraaien
The fist one loop and then the other to dominate behavior.
The system does not behave the same constantly, but changes between different kind of feedback loops.
A delay in a balancing feedback loop makes a system likely to oscillate. That is oscillation?
Omdraaien
They all move back and forth.
This is made resilient by giving factor a different driver so they will not show the same behavior at the same time.
What are questions for testing the value of a model?
Omdraaien
1. Are the driving factors likely to unfold this way?
2. If they did, would the system react this way?
3. What is driving the driving factor?
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What happens when a stock has two goal-seeking balancing feedback loops?
Vul het antwoord in:
Controleer antwoordAntwoord:
One of the feedback loops will dominate the other.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
Why can information delivered by a feedback loop only affect future behavior?
Vul het antwoord in:
Controleer antwoordAntwoord:
Because it can't deliver a signal fast enough to correct behavior that drove the current feedback.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
Why can't a flow instant react to a flow?
Vul het antwoord in:
Controleer antwoordAntwoord:
It can only react to a change in a stock and only after a slight delay to register the incoming information.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
Why must a stock-maintaining balancing feedback loop have its goal set appropriately?
Vul het antwoord in:
Controleer antwoordAntwoord:
To compensate for draining or inflowing processes that affect that stock. Otherwise, the feedback process will fall short of or exceed the target for the stock.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
What happens when a reinforcing and balancing loop are pulling on the same stock?
Vul het antwoord in:
Controleer antwoordAntwoord:
The loop that has the highest flow will dominate the system.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
Complex behaviors of systems often arise as the relative strengths of feedback loops shift, causing what?
Vul het antwoord in:
Controleer antwoordAntwoord:
The fist one loop and then the other to dominate behavior.
The system does not behave the same constantly, but changes between different kind of feedback loops.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
A delay in a balancing feedback loop makes a system likely to oscillate. That is oscillation?
Vul het antwoord in:
Controleer antwoordAntwoord:
They all move back and forth.
This is made resilient by giving factor a different driver so they will not show the same behavior at the same time.
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Vraag:
What are questions for testing the value of a model?
Vul het antwoord in:
Controleer antwoordAntwoord:
1. Are the driving factors likely to unfold this way?
2. If they did, would the system react this way?
3. What is driving the driving factor?
Jouw antwoord:
input text value
Vraag opnieuw antwoorden
Ontgrendel alle 21 oefenvragen
Koop de oefenvragen en wees voorbereid voor je volgende toets.
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Oefenvragen makenInformatie
BAFRO - Seminar 2 - Meadows: A brief visit to the systems zo
First + second part
Aantal
21 oefenvragen
Taal
Nederlands
Gemaakt op
28-05-2024
Opleiding
Universiteit / Radboud Universiteit Nijmegen / Business Administration / BAFRO
Bekijk alle 21 oefenvragen
-
What happens when a stock has two goal-seeking balancing feedback loops?
One of the feedback loops will dominate the other. -
Why can information delivered by a feedback loop only affect future behavior?
Because it can't deliver a signal fast enough to correct behavior that drove the current feedback. -
Why can't a flow instant react to a flow?
It can only react to a change in a stock and only after a slight delay to register the incoming information. -
Why must a stock-maintaining balancing feedback loop have its goal set appropriately?
To compensate for draining or inflowing processes that affect that stock. Otherwise, the feedback process will fall short of or exceed the target for the stock. -
What happens when a reinforcing and balancing loop are pulling on the same stock?
The loop that has the highest flow will dominate the system. -
Complex behaviors of systems often arise as the relative strengths of feedback loops shift, causing what?
The fist one loop and then the other to dominate behavior.
The system does not behave the same constantly, but changes between different kind of feedback loops. -
A delay in a balancing feedback loop makes a system likely to oscillate. That is oscillation?
They all move back and forth.
This is made resilient by giving factor a different driver so they will not show the same behavior at the same time. -
What are questions for testing the value of a model?
1. Are the driving factors likely to unfold this way?
2. If they did, would the system react this way?
3. What is driving the driving factor? -
Two stocks can be used in a system. System dynamics models explore possible futures and ask 'what if' questions. Where depends model utility on?
-
Why must in physical, exponentially growing systems, there always be one reinforcing loop driving the growth and at least one balancing loop constraining the growth?
-
Why are nonrenewable resources stock-limited?
-
Why are renewable resources flow-limited?
-
A renewable stock can be constrained by a nonrenewable stock (oil company). Why?
-
What is the limits-to-growth archetype?
-
Why are the limits on a growing system temporary or permanent?
-
A renewable stock can be constrained by a renewable stock (fishing company), why?
-
What are the 3 sets of possible behaviors with regard to renewable resource systems?
-
On which two factors depends the outcome of the renewable system?
-
What happens is the feedback is fast enough to stop capital growth before the critical threshold is reached?
-
What happens is the balancing feedback is slower and less effective?
-
What happens if the balancing loop is very weak so that capital can go on growing even as the resource is reduced below its threshold ability to regenerate itself?
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