On an electric stovetop, the elements consist of a thick metal strip/wire that is coiled and may or may not be visible. When supplied with current, by turning a dial or knob, we can heat a pot filled with water because Question 15 options: electrons leave the pot and enter the coil to heat it up. electrons in the coil create a magnetic field in the pot to heat it up. electrons leave the coil and enter the pot to heat it up. electrons in the coil encounter resistance and the coil heats up.
On an electric stovetop, the elements consist of a thick metal strip/wire that is coiled and may or may not be visible. When supplied with current, by turning a dial or knob, we can heat a pot filled with water because Question 15 options: electrons leave the pot and enter the coil to heat it up. electrons in the coil create a magnetic field in the pot to heat it up. electrons leave the coil and enter the pot to heat it up. electrons in the coil encounter resistance and the coil heats up.
Chapter13: Electromagnetic Induction
Section: Chapter Questions
Problem 64AP: A metal bar of mass 500 g slides outward at a constant speed of 1.5 cm/s over two parallel rails...
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On an electric stovetop, the elements consist of a thick metal strip/wire that is coiled and may or may not be visible. When supplied with current, by turning a dial or knob, we can heat a pot filled with water because
Question 15 options:
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electrons leave the pot and enter the coil to heat it up.
|
|
electrons in the coil create a magnetic field in the pot to heat it up.
|
|
electrons leave the coil and enter the pot to heat it up.
|
|
electrons in the coil encounter resistance and the coil heats up.
|
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