Winter Interim Spiral Review: (2/11)
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Last updated over 2 years ago
9 questions
One of the team members suggests a test of the design using a bar magnet, as shown above. In her proposal, she explains the effect of changing the direction and position of magnets. Select the statement that correctly describes the effect of magnet direction and position on their relative potential energy.
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Select the statement that correctly describes the effect of magnet direction and position on their relative potential energy.
Select the statement that correctly describes the effect of magnet direction and position on their relative potential energy.
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Simulating Arrangement 1: Measure the magnetic force strength (mT) of the repelling magnetic pair (3 grid points to 5 grid points apart) at each location and record your results in the table below.
Simulating Arrangement 1: Measure the magnetic force strength (mT) of the repelling magnetic pair (3 grid points to 5 grid points apart) at each location and record your results in the table below.
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Which arrangement has the most magnetic force? Why do you think this location has the most force?CFS:- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
Which arrangement has the most magnetic force? Why do you think this location has the most force?
CFS:
- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
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Simulation Arrangement 2 and 3: Measure the magnetic force strength (mT) of the attracting magnetic pair (3 grid points to 5 grid points apart) at each location and record your results in the table below.
Simulation Arrangement 2 and 3: Measure the magnetic force strength (mT) of the attracting magnetic pair (3 grid points to 5 grid points apart) at each location and record your results in the table below.
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Which arrangement has the most magnetic force? Why do you think this location has the most force?CFS:- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
Which arrangement has the most magnetic force? Why do you think this location has the most force?
CFS:
- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
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Retry!Identify the arrangement in which the magnets will experience the strongest attractive force. Explain your reasoning.CFS:- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
Retry!
Identify the arrangement in which the magnets will experience the strongest attractive force. Explain your reasoning.
CFS:
- Accurately describes the relationship between magnetic position and the force/field in a system
- Accurately describes the relationship between magnetic forces and movement of magnets in a system
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What information does the graph on the left provide us?
What information does the graph on the left provide us?
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Using the graph, what evidence do you have as to which colors are absorbed? Which might be reflected?
Using the graph, what evidence do you have as to which colors are absorbed? Which might be reflected?
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Identify the model (Model A or Model B) that best represents the data. Explain your identification.CFS:- Accurately describes the relationship between the graph and the model
- Accurately identifies the absorbed and reflected light based on data from the graph
Identify the model (Model A or Model B) that best represents the data. Explain your identification.
CFS:
- Accurately describes the relationship between the graph and the model
- Accurately identifies the absorbed and reflected light based on data from the graph