Which lamp wattage has a higher paper amps value according to the data?

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Multiple Choice

Which lamp wattage has a higher paper amps value according to the data?

Explanation:
The key idea is how current relates to power when the supply voltage is fixed. Current is equal to power divided by voltage (I = P / V). So, at the same voltage, increasing the wattage increases the current. That means a higher-wattage lamp will draw more current, which shows up as a higher paper amps value on the data sheet. For example, at a typical line voltage of 120 V, a lamp rated at 1000 W draws about 8.3 A, while a lamp rated at 5000 W draws about 41.7 A. At 240 V, those numbers would be about 4.2 A and 20.8 A, respectively. In both cases, the higher-wattage lamp has the larger current rating. So the lamp with greater wattage has the higher amps on its data sheet.

The key idea is how current relates to power when the supply voltage is fixed. Current is equal to power divided by voltage (I = P / V). So, at the same voltage, increasing the wattage increases the current. That means a higher-wattage lamp will draw more current, which shows up as a higher paper amps value on the data sheet.

For example, at a typical line voltage of 120 V, a lamp rated at 1000 W draws about 8.3 A, while a lamp rated at 5000 W draws about 41.7 A. At 240 V, those numbers would be about 4.2 A and 20.8 A, respectively. In both cases, the higher-wattage lamp has the larger current rating.

So the lamp with greater wattage has the higher amps on its data sheet.

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