Whatever energy the electrons have when they come out of one terminal of the battery, they completely use it up on their way around the circuit, and they stagger back into the other terminal of the battery totally exhausted, with no energy left.
If each coulomb of electrons has 6 joules of energy when they leave the battery, then that's the energy they'll give up to the circuit before they return to the battery.
For each coulomb of charge that moves through that circuit, each flashlight bulb
will take 3 joules of energy away from that coulomb, and turn the energy into heat
and light.
==> 2 bulbs, 3 joules per coulomb that flows through each bulb, total 6 joules
per coulomb that flows around the circuit.
Note:
The question says that the bulbs are in series, but that wasn't necessary.
The energy consumed by the bulbs would be the same if they're in parallel.
A cool extra factoid:
The battery gives each coulomb of electrons that leaves it 6 joules of energy.
There's a special name for "1 joule per coulomb of charge". That's the "<em>volt</em>".
A battery that gives each coulomb of charge 6 joules of energy is a 6-volt battery.
there will be a small picture of a paper clip under your question you click that and you will be able do transfer pictures that you have downloaded. hope this helps!
None of the above is correct
The fastest way to transfer a good file to the computer is Use the C$ administrative share to copy the file.
<h3>How do I copy a file?</h3>
To copy a file, right-click on the desired file and select Copy. Alternatively, you can use the keyboard shortcut. To copy the item: click Ctrl+C. Navigate to the folder you want to move or copy the item to and click Ctrl+V or right-click and select paste.
To automatically paste the text, you will be inserting the copied content, which is in the clipboard to the desired location by the user, since such an operation only works if something has previously been copied or cut.
See more about copy a file at brainly.com/question/18241798
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The order of precedence is the hierarchical order in which calculations are conducted. The simplest example of this is the way you always multiply before you add numbers.