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Match it!
Match it! Select the correct answer from the pull down...Good luck!
Frequency is defined as....
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
Which correctly shows Ohm's Law at work?
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
Voltage = 32 , Current = 8.3, Resitance = ____
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
Copper becomes magnetic when....
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
which of the following is a good conductor?
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
Voltage = ___ , Current = 30mA, Resitance = _____
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
When measuring current you should....
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
In series circuits...
Set meter to ohms, then turn up capacitance
Copper
there is a moving magnetic field near by
The number of rotations per second
R = 265.6
IT = IR1 = IR2 = IR3
E = I/R
E = 32 R = 1,066.667
Check it!
Match it!
Match it!