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,6<0rrBDDDDDD$h@hJJ }JRBB" jp.0M tM M 8hhM : Charge = Current x Time Questions
Pick whether you do the Easy, Medium or Hard questions:
1a. Calculate the charge flowing when a current of 3 amperes flows for 4 seconds.
1b. Calculate the charge flowing when a current of 8 amperes flows for 6 seconds.
1c. Calculate the charge flowing when a current of 2 amperes flows for 12 seconds.
1d. Calculate the charge flowing when a current of 5 amperes flows for 20 seconds.
1e. Calculate the charge flowing when a current of 4 amperes flows for 60 seconds.
2a. Calculate the current flowing if a charge of 6 coulombs flows in 2 seconds.
2b. Calculate the current flowing if a charge of 10 coulombs flows in 5 seconds.
2c. Calculate the current flowing if a charge of 18 coulombs flows in 3 seconds.
2d. Calculate the current flowing if a charge of 2 coulombs flows in 8 seconds.
2e. Calculate the current flowing if a charge of 600 coulombs flows in 50 seconds.
3a. Calculate the time a current of 3 amperes needs to flow to move a charge of 9 coulombs.
3b. Calculate the time a current of 5 amperes needs to flow to move a charge of 25 coulombs.
3c. Calculate the time a current of 2 amperes needs to flow to move a charge of 30 coulombs.
3d. Calculate the time a current of 0.5 amperes needs to flow to move a charge of 8 coulombs.
3e. Calculate the time a current of 0.2 amperes needs to flow to move a charge of 400 coulombs.
4a. Calculate the charge flowing when a current of 3 amperes flows for 1 minute.
4b. Calculate the charge flowing when a current of 2 amperes flows for 1 hour.
4c. Calculate the charge flowing when a current of 500 milliamperes flows for 5 seconds.
4d. Calculate the charge flowing when a current of 20 milliamperes flows for 60 seconds.
4e. Calculate the charge flowing when a current of 3mA flows for 1 hour.
5a. Calculate the current flowing if a charge of 60 coulombs flows in 1 minute.
5b. Calculate the current flowing if a charge of 1200 coulombs flows in 6 minutes.
5c. Calculate the current flowing if a charge of 2 kilocoulombs flows in 1000 seconds.
5d. Calculate the current flowing if a charge of 200 millicoulombs flows in 4 seconds.
5e. Calculate the current flowing if a charge of 36 kilocoulombs flows in 1 hour.
6a. Calculate the time a current of 500 milliamperes needs to flow to move a charge of 2 coulombs.
6b. Calculate the time a current of 30 milliamperes needs to flow to move a charge of 6 coulombs.
6c. Calculate the time a current of 5 amperes needs to flow to move a charge of 2 kilocoulombs.
6d. Calculate the time a current of 2 amperes needs to flow to move a charge of 500 millicoulombs.
6e. Calculate the time a current of 5 milliamperes needs to flow to move a charge of 25 millicoulombs.
7a. Calculate the charge flowing when a current of 6 amperes flows for 7 seconds.
7b. Calculate the current flowing if a charge of 50 coulombs flows in 20 seconds.
7c. Calculate the time a current of 13 amperes needs to flow to move a charge of 39 coulombs.
7d. Calculate the charge flowing when a current of 2 amperes flows for 1 day.
7e. Calculate the current flowing if a charge of 7.2 megacoulombs flows in 50 minutes.
7f. Calculate the time a current of 25 milliamperes needs to flow to move a charge of 2 kilocoulombs.
When you have finished your questions, explain these:
8a. How does electric charge flow in a wire?
8b. How does electric charge flow in a liquid?
8c. Draw an electric circuit and describe how the charge would flow.
8d. Draw a diagram of a line of students getting an electric shock by a Van de Graaff generator and describe how the charge flows.
Equations and help:
charge = current x time
current = charge time
time = charge current
kilo 1000
mega 1000 000
milli 1000
micro 1000 000
Charge = Current x Time Questions
Pick whether you do the Easy, Medium or Hard questions:
1a. Calculate the charge flowing when a current of 3 amperes flows for 4 seconds.
1b. Calculate the charge flowing when a current of 8 amperes flows for 6 seconds.
1c. Calculate the charge flowing when a current of 2 amperes flows for 12 seconds.
1d. Calculate the charge flowing when a current of 5 amperes flows for 20 seconds.
1e. Calculate the charge flowing when a current of 4 amperes flows for 60 seconds.
2a. Calculate the current flowing if a charge of 6 coulombs flows in 2 seconds.
2b. Calculate the current flowing if a charge of 10 coulombs flows in 5 seconds.
2c. Calculate the current flowing if a charge of 18 coulombs flows in 3 seconds.
2d. Calculate the current flowing if a charge of 2 coulombs flows in 8 seconds.
2e. Calculate the current flowing if a charge of 600 coulombs flows in 50 seconds.
3a. Calculate the time a current of 3 amperes needs to flow to move a charge of 9 coulombs.
3b. Calculate the time a current of 5 amperes needs to flow to move a charge of 25 coulombs.
3c. Calculate the time a current of 2 amperes needs to flow to move a charge of 30 coulombs.
3d. Calculate the time a current of 0.5 amperes needs to flow to move a charge of 8 coulombs.
3e. Calculate the time a current of 0.2 amperes needs to flow to move a charge of 400 coulombs.
4a. Calculate the charge flowing when a current of 3 amperes flows for 1 minute.
4b. Calculate the charge flowing when a current of 2 amperes flows for 1 hour.
4c. Calculate the charge flowing when a current of 500 milliamperes flows for 5 seconds.
4d. Calculate the charge flowing when a current of 20 milliamperes flows for 60 seconds.
4e. Calculate the charge flowing when a current of 3mA flows for 1 hour.
5a. Calculate the current flowing if a charge of 60 coulombs flows in 1 minute.
5b. Calculate the current flowing if a charge of 1200 coulombs flows in 6 minutes.
5c. Calculate the current flowing if a charge of 2 kilocoulombs flows in 1000 seconds.
5d. Calculate the current flowing if a charge of 200 millicoulombs flows in 4 seconds.
5e. Calculate the current flowing if a charge of 36 kilocoulombs flows in 1 hour.
6a. Calculate the time a current of 500 milliamperes needs to flow to move a charge of 2 coulombs.
6b. Calculate the time a current of 30 milliamperes needs to flow to move a charge of 6 coulombs.
6c. Calculate the time a current of 5 amperes needs to flow to move a charge of 2 kilocoulombs.
6d. Calculate the time a current of 2 amperes needs to flow to move a charge of 500 millicoulombs.
6e. Calculate the time a current of 5 milliamperes needs to flow to move a charge of 25 millicoulombs.
7a. Calculate the charge flowing when a current of 6 amperes flows for 7 seconds.
7b. Calculate the current flowing if a charge of 50 coulombs flows in 20 seconds.
7c. Calculate the time a current of 13 amperes needs to flow to move a charge of 39 coulombs.
7d. Calculate the charge flowing when a current of 2 amperes flows for 1 day.
7e. Calculate the current flowing if a charge of 7.2 megacoulombs flows in 50 minutes.
7f. Calculate the time a current of 25 milliamperes needs to flow to move a charge of 2 kilocoulombs.
When you have finished your questions, explain these:
8a. How does electric charge flow in a wire?
8b. How does electric charge flow in a liquid?
8c. Draw an electric circuit and describe how the charge would flow.
8d. Draw a diagram of a line of students getting an electric shock by a Van de Graaff generator and describe how the charge flows.
Equations and help:
charge = current x time
current = charge time
time = charge current
kilo 1000
mega 1000 000
milli 1000
micro 1000 000
KT TIME \@ "dd MMMM yyyy" 27 December 2011
1-3
EASIEST
4-5
MEDIUM
6-7
HARDEST
1-3
EASIEST
4-5
MEDIUM
6-7
HARDEST
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