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You are doing the photoelectric effect lab and measure certain current with a monochromatic light with a given intensity. You come back to the lab the next day and you realized that the battery that provides the voltage of your setup became depleted (lost its ability to provide a voltage). Assume that you have otherwise an identical setup (same monochromatic light with the same intensity.) What is the current compared to the original one? O The current is a positive value, but cannot tell whether it increased or decreased with respect to the original one (it depends on the original voltage difference) O Cannot tell (it depends on the light frequency) O The current is zero because there is no source of electrons. O The current will be a smaller positive value because some electrons will be lost without voltage difference.

You are doing the photoelectric effect lab and measure certain current with a monochromatic light with a given intensity. You come back to the lab the next day and you realized that the battery that provides the voltage of your setup became depleted (lost its ability to provide a voltage). Assume that you have otherwise an identical setup (same monochromatic light with the same intensity.) What is the current compared to the original one? O The current is a positive value, but cannot tell whether it increased or decreased with respect to the original one (it depends on the original voltage difference) O Cannot tell (it depends on the light frequency) O The current is zero because there is no source of electrons. O The current will be a smaller positive value because some electrons will be lost without voltage difference.

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You are doing the photoelectric effect lab and measure certain current with a monochromatic light with a given intensity. You come back to the lab the next day and you realized that the battery that provides the voltage of your setup became depleted (lost its ability to provide a voltage). Assume that you have otherwise an identical setup (same monochromatic light with the same intensity.) What is the current compared to the original one? The current is a positive value, but cannot tell whether it increased or decreased with respect to the original one (it depends on the original voltage difference) Cannot tell (it depends on the light frequency) The current is zero because there is no source of electrons. The current will be a smaller positive value because some electrons will be lost without voltage difference.
Transcribed Image Text:You are doing the photoelectric effect lab and measure certain current with a monochromatic light with a given intensity. You come back to the lab the next day and you realized that the battery that provides the voltage of your setup became depleted (lost its ability to provide a voltage). Assume that you have otherwise an identical setup (same monochromatic light with the same intensity.) What is the current compared to the original one? The current is a positive value, but cannot tell whether it increased or decreased with respect to the original one (it depends on the original voltage difference) Cannot tell (it depends on the light frequency) The current is zero because there is no source of electrons. The current will be a smaller positive value because some electrons will be lost without voltage difference.
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