A 16.50 cm long wire has a diameter of 0.355 mm and a resistivity of 7.65...
A 16.50 cm long wire has a diameter of 0.355 mm and a resistivity of 7.65 x 10^(-7) cm
a. Calculate its resistance (For part a. i've seen people multiply by 4 and some not which is the correct way to solve this?)
b. If a 3.85 volt battery is connected to the wire, what current exists in the circuit?
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A 16.50 cm long wire has a diameter of 0.355 mm and a
resistivity of 7.65...
2. A 16.50 cm long wire has a diameter of 0.355 mm and a resistivity of...
2. A 16.50 cm long wire has a diameter of 0.355 mm and a resistivity of 7.65 x 10-7 S2cm. (a) Calculate its resistance. (b) If a 3.85 volt battery is connected to the wire, w hat current exists in the circuit? (7 pts)
A 16.50 ?? long wire has a diameter of 0.355 ?? and a resistivity of7.65 ?...
A 16.50 ?? long wire has a diameter of 0.355 ?? and a resistivity of7.65 ? 10,- Ω ??. ( a ) Calculate its resistance (b) If a 3.85 ???? battery is connected to the wire, what current exists in the circuit? I changed those three values to meters as below, what do I do next please Length = 0.165 m Diameter = 0.000355 m Resistivity = 7.65 * 10^-9 Ω m
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An 80 cm long wire is made by welding a 1.8 mm diameter, 20 cm long...
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A wire 3.66 m long and 6.77 mm in diameter has a resistance of
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Calculate the resistivity of the material of which the wire is
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(a)
Number
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(b)
Number
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(c)
Number
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A wire 3.66 m long and 6.77 mm in diameter has a...
A cylindrical tungsten wire is 88cm long and has a resistance of 0.12 ohms. Resistivity is...
A cylindrical tungsten wire is 88cm long and has a resistance of 0.12 ohms. Resistivity is 5.6 x 10^-8. The wire is connected between the terminals of 0.50V battery which drives a current through the wire A) what or the radius B) what is the current being driven by battery
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2. A 16.50 cm long wire has a diameter of 0.355 mm and a resistivity of 7.65 x 10-7 S2cm. (a) Calculate its resistance. (b) If a 3.85 volt battery is connected to the wire, w hat current exists in the circuit? (7 pts)
A 100.0-m-long, 1.20-mm-diameter copper wire (resistivity 1.70*1082m) is shaped into a circular coil that consists of 150 identical turns. The coil is then connected to the terminals of a 9.00-V-battery that has internal resistance of 1.50 12. Calculate the strength of the magnetic field (due to the current running through the coil) at the center of the coil.
A cylindrical wire has length 60 cm, diameter 9.0 mm, and resistivity 3.0 x 10-4 2m. When the wire is connected across the terminals of a battery, the magnitude of electric field inside the wire is 15 V/m. (a) (b) Calculate the current in the wire and the power dissipated in the wire. Include SI units with each answer. (10 points) In five minutes, how much charge passes through the wire, how many electrons are contained in this amount of...
A wire 3.66 m long and 6.77 mm in diameter has a resistance of
21.7 m?. A potential difference of 17.5 V is applied between the
ends. (a) What is the current in amperes in the wire?
(b) What is the magnitude of the current density? (c)
Calculate the resistivity of the material of which the wire is
made.
(a)
Number
Units
(b)
Number
Units
(c)
Number
Units
A wire 3.66 m long and 6.77 mm in diameter has a...
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