Hints - to control a component (e.g. a lamp) individually, put it in parallel with the to control the whole circuit, place a switch next to the battery. rest of the circuit, and place a switch next to it. LT 1. Build a circuit with 2 lamps. Both these lamps should be switched on together using one switch. 2. Build a circuit with 2 lamps. These lamps should be controlled separately by 2 switches. 3. Build a circuit with 2 lamps. One of these lamps should be on all the time; the other should be controlled by a switch. 4. Build a circuit with 2 lamps and 2 switches. Both switches should be closed for the lamps to light. If only one switch is closed, no lamps light. 5. Build a circuit with 2 lamps. Each lamp should be controlled separately when a master switch is closed. If the master switch is open, the lamps should not be allowed to light. 6. Build a circuit with a lamp that is only on when a switch is open. When you close the switch the light goes out (don't leave it closed for long). 7. Build a circuit with one lamp and 2 switches. Either switch can be used to switch on the lamp. Extension Design a circuit that uses 2 lamps and 2 sets of batteries. You can light either one, or both lamps. You should also have two brightness levels, achieved by using either one, or both sets of batteries.
Hints - to control a component (e.g. a lamp) individually, put it in parallel with the to control the whole circuit, place a switch next to the battery. rest of the circuit, and place a switch next to it. LT 1. Build a circuit with 2 lamps. Both these lamps should be switched on together using one switch. 2. Build a circuit with 2 lamps. These lamps should be controlled separately by 2 switches. 3. Build a circuit with 2 lamps. One of these lamps should be on all the time; the other should be controlled by a switch. 4. Build a circuit with 2 lamps and 2 switches. Both switches should be closed for the lamps to light. If only one switch is closed, no lamps light. 5. Build a circuit with 2 lamps. Each lamp should be controlled separately when a master switch is closed. If the master switch is open, the lamps should not be allowed to light. 6. Build a circuit with a lamp that is only on when a switch is open. When you close the switch the light goes out (don't leave it closed for long). 7. Build a circuit with one lamp and 2 switches. Either switch can be used to switch on the lamp. Extension Design a circuit that uses 2 lamps and 2 sets of batteries. You can light either one, or both lamps. You should also have two brightness levels, achieved by using either one, or both sets of batteries.
Chapter9: Current And Resistance
Section: Chapter Questions
Problem 6CQ: Electric circuits are sometimes explained using a conceptual model of water flowing through a pipe....
Related questions
Question
Transcribed Image Text:Hints -
to control a component (e.g. a lamp) individually, put it in parallel with the
to control the whole circuit, place a switch next to the battery.
rest of the circuit, and place a switch next to it.
LT
1. Build a circuit with 2 lamps. Both these lamps should be switched on together
using one switch.
2. Build a circuit with 2 lamps. These lamps should be controlled separately by 2
switches.
3. Build a circuit with 2 lamps. One of these lamps should be on all the time; the
other should be controlled by a switch.
4. Build a circuit with 2 lamps and 2 switches. Both switches should be closed for the
lamps to light. If only one switch is closed, no lamps light.
5. Build a circuit with 2 lamps. Each lamp should be controlled separately when a
master switch is closed. If the master switch is open, the lamps should not be
allowed to light.
6. Build a circuit with a lamp that is only on when a switch is open. When you close
the switch the light goes out (don't leave it closed for long).
7. Build a circuit with one lamp and 2 switches. Either switch can be used to switch
on the lamp.
Extension
Design a circuit that uses 2 lamps and 2 sets of batteries. You can light either one,
or both lamps. You should also have two brightness levels, achieved by using either
one, or both sets of batteries.
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