Which statement about ammeters and voltmeters is true?
a)Current and voltage are the same throughout a circuit so where you place the ammeter and voltmeter doesn't matter. b)It doesn't matter where you place the voltmeter in a circuit, but it does matter where you place the ammeter because current can be different in different parts of a circuit. c)It doesn't matter where you place the ammeter in a circuit, but it does matter where you place the voltmeter because voltage can be different in different parts of a circuit. d)Current and voltage can both be different in different parts of a circuit so it matters where you place the ammeter and voltmeter.
d. part
omg thank you *.*)7
no prob :)
amm are you good in physics?
my favourite
*.*) cam you help me with 5 questions? :3
sure
YEHET! :3 1) What is the current in a series circuit that has two resistors (4.0 ohms and 7.5 ohms) and a power source of 9.0 volts? 2.6 amps 12 amps 1.6 amps 0.78 amps
9/(4 + 7.5)
.78 amps
its correct :3 2)What is the equivalent resistance for a series circuit with three resistors: 5.0 ohms, 2.0 ohms, and 12.0 ohms? 19 ohms 6.3 ohms 2 ohms 120 ohms
`19
5 +2+12
damn you are fast *.*) 3)How will the current change in a series circuit if more resistors are added to it? The current will increase. The current will decrease. The current will double for each resistor added. The current is not affected by the number of resistors.
decrease
4) In what type of circuit will the equivalent resistance be less than the resistors in the circuit? series aligned straight parallel
parallel
The image below is a schematic of what type of circuit? series aligned parallel boxed
I got it.. but THANKS SO MUCH FOR YOUR HELP.. actually physics is not my subject :/ .. im very good in math but in science im just lost xD...
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