Download Metacognitive Chart_Chapter 33

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Metacognitive Chart
Key Concept
Section 33.1
Electric
Fields
p.g. #665666
Section 33.2
Electric
Field Lines
p.g. #666667
Section 33.3
Electric
Shielding
p.g. 668-669
Most Important Ideas
Draw a Picture to Illustrate
the Key Concept
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Metacognitive Chart
Key Concept
Most Important Ideas
Draw a Picture to Illustrate
the Key Concept
Section 33.4
Electric
Potential
Energy
p.g. #669670
Section 33.5
Electric
Potential
p.g. #670671
Quick Write:
If there were twice as much charge on one of the objects, would the electrical potential energy
be the same or would it be twice as great? Would the electric potential be the same or would it
be twice as great?
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Double Entry Journal
Question
Section 33.1
1. How are the magnitude and direction of an
electric field determined?
Section 33.2
2. How can you represent an electric field?
Section 33.3
3. How can you describe the electric field
within a conductor holding static charge?
Section 33.4
4. How can you increase the electrical
potential energy of a charged particle?
Section 33.5
5. What is the difference between electric
potential and electrical potential energy?
Answer
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Complete the following using the word bank below:
1) A _________________ is the area around an object that is affected by forces from that
object.
2) Charges always stay on the _______________ of an object and distribute themselves
_______________.
3) Electric potential is electric potential energy per _________________.
4) Lines further apart mean ________________ fields.
5) Electric field lines are drawn away from _________________ charges.
6) Doing work to move a charge will give it _____________ _______________ energy
7) We represent force fields with ________________ field ________________.
8) Closer lines mean __________________ fields.
9) Electric field lines are drawn towards __________________ charges.
10) The charge inside an object is always __________________.
11) The SI unit for electric potential is the __________________.
12) Energy a charge has because of its location is ________________ _______________
energy.
Word Bank
Electric
Surface
Like
Positive
Lines
Evenly
Zero
Charge
Stronger
Field
Electric potential, electric potential
Weaker
Volt
Negative