Lesidential building codes typically require the use of 12-gauge copper Such circuits carry currents as large as 20.0 A. If a wire of smaller diam nuch current, the wire could rise to a high temperature and cause a fire
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- Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (a) Calculate the rate at which internal energy is produced in 1.00 m of 12-gauge copper wire carrying 20.0 A. (b) Repeat the calculation for a 12-gauge aluminum wire. (c) Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.-gauge copper wire has a diameter of 9.266 mm. Calculate the power loss in a kilometer of such wire when it carries 1.00102 A.Question 2. Residential building codes typically require the use of 12-gauge cop- per wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (a) Calculate the rate at which internal energy is produced in 1.00 m of 12-gauge copper wire carrying 20.0 A. (b) Repeat the calculation for a 12-gauge aluminum wire. (c) Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.
- Residential building codes typically require the useof 12 - gauge copper wire (diameter 0.205 cm) for wiring receptacles.Such circuits carry currents as large as 20.0 A. If a wireof smaller diameter (with a higher gauge number) carried thatmuch current, the wire could rise to a high temperature andcause a fire. (a) Calculate the rate at which internal energy isproduced in 1.00 m of 12 - gauge copper wire carrying 20.0 A.(b) Repeat the calculation for a 12 - gauge aluminum wire.(c) Explain whether a 12 - gauge aluminum wire would be assafe as a copper wire.Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wir of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 1.90 m of 12-gauge copper wire carrying 20.0 A. W (b) Repeat the calculation for a 12-gauge aluminum wire. W (c) Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 0.850 m of 12-gauge copper wire carrying 20.0 A. W(b) Repeat the calculation for a 12-gauge aluminum wire. W(c) Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.
- Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 2.15 m of 12-gauge copper wire carrying a current of 20.0 A. W (b) Repeat the calculation for a 12-gauge aluminum wire. W Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 1.95 m of 12-gauge copper wire carrying a current of 20.0 A. 0.000000040 X If you know the resistance of a wire, how do you calculate the rate at which internal energy is produced for a given current? W (b) Repeat the calculation for a 12-gauge aluminum wire.Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 1.15 m of 12-gauge copper wire carrying 20.0 A. _______W (b) Repeat the calculation for a 12-gauge aluminum wire. _______W
- Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 1.45 m of 12-gauge copper wire carrying a current of 20.0 A? (in watts)(b) Repeat the calculation for a 12-gauge aluminum wire. (in watts) Explain whether a 12-gauge aluminum wire would be as safe as a copper wire.Residential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. (Table of resistivities) (a) Calculate the rate at which internal energy is produced in 1.55 m of 12-gauge copper wire carrying a current of 20.0 A. (b) Repeat the calculation for a 12-gauge aluminum wire. See images for the full question and table of resistivitiesResidential building codes typically require the use of 12-gauge copper wire (diameter 0.205 cm) for wiring receptacles. Such circuits carry currents as large as 20.0 A. If a wire of smaller diameter (with a higher gauge number) carried that much current, the wire could rise to a high temperature and cause a fire. Calculate the rate at which internal energy is produced in 1.05 m of 12-gauge copper wire carrying a current of 20.0 A in W. Repeat the calculation for a 12-gauge aluminum wire in W