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SPS10.A-C

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24.  Draw and label a simple parallel circuit.

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24.  Draw and label a simple parallel circuit.

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23.  Give/show an example of a parallel circuit.

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23.  Give/show an example of a parallel circuit.

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22.  Give an example of an object that contain a simple motor.

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22.  Give an example of an object that contain a simple motor.

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a coil of wire that is free to rotate between two opposite magnetic poles.

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20.  Name 3 ways to make an electromagnet stronger.

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20.  Name 3 ways to make an electromagnet stronger.

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wrapping the coil around an iron core, adding more turns to the coil, and increasing the current flowing through the coil.

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19.  Draw and label the parts of an electromagnet.

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19.  Draw and label the parts of an electromagnet.

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18.  Illustrate repulsion of the poles of magnets.

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18.  Illustrate repulsion of the poles of magnets.

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17.  Illustrate attraction of the poles of magnets.

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17.  Illustrate attraction of the poles of magnets.

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16.  Describe and give an example of permanent magnets. 

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16.  Describe and give an example of permanent magnets. 

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Magnetic signs, Refrigerator magnets, and magnetic toys.

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15.  Name two materials that can easily be magnetized. 

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15.  Name two materials that can easily be magnetized. 

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Iron and nickel

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14.  Explain magnetic force and state how it relates to the poles?

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14.  Explain magnetic force and state how it relates to the poles?

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Magnetic force is a force that appear due to interacting due to magnetic fields.

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13.  Explain how electric forces and fields affect electric charges?

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13.  Explain how electric forces and fields affect electric charges?

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12.  Explain why some materials are able to be magnetized?

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12.  Explain why some materials are able to be magnetized?

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11.  Describe 2 differences between series and parallel circuits.

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11.  Describe 2 differences between series and parallel circuits.

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In a series circuit the current through each of the components is the same and parallel circuit the voltage across each of the components is the same.

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10.  Give/show an example of series circuit.

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10.  Give/show an example of series circuit.

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Any switch in the house that controls a single bulb.

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9.  Draw and label a simple series circuit.

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9.  Draw and label a simple series circuit.

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8.  What is needed to create a complete circuit?

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8.  What is needed to create a complete circuit?

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Continuous loop of a conductor.

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7.  Labeled picture that illustrates an example for direct current.

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7.  Labeled picture that illustrates an example for direct current.

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6.  Labeled picture that illustrates an example for alternating current

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6.  Labeled picture that illustrates an example for alternating current

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5.  Compare and contrast alternating and direct current

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5.  Compare and contrast alternating and direct current

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In Direct current the electric charge only flows in one direction and alternating changes direction from time to time.

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4.  What factors affect resistance and voltage?

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4.  What factors affect resistance and voltage?

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factors that affects resistance and voltage are material, thickness, length and temperature.

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3.  Write Ohm's Law with formula, circle diagram 

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3.  Write Ohm's Law with formula, circle diagram 

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V=IR

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2.  Explain the relationship among voltage, resistance and current?

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2.  Explain the relationship among voltage, resistance and current?

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Current is the rate at which the charge is flowing, Voltage is the difference in charge between two points, and Resistance is described by Ohm's law.

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1.  Explain electricity in term of flow of charges?

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1.  Explain electricity in term of flow of charges?

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It can also be carried by ions in an electrolyte, or by both ions and electrons such as in plasma.