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.
Try smashing it with a hammer, always helped me
<span>Fire extinguishers should be stored in a
boat at the engine area and near the operator. A fire extinguisher should be
put near the engine because the engine of the boat is a fire hazardous place
and this is the area where a fire could start.
The fire extinguisher should be installed properly using a mounting
bracket to hold the extinguisher in place. There are different types of
extinguishers that should be installed in the boat, these are type A, B, and C
extinguishers. Type A extinguishers can turn off the fire caused by combustible
solids like wood and paper. Type B extinguishers can turn off fire caused by
gasolines, oil, and greases. While Type C extinguishers can turn off fire
caused by an electrical problem.</span>
Answer:
Encrypt this binary string into ciphertext: 110000. Include
in your answer the formula the decoder would use to decrypt your cipher text in the format (coded answer) x N mod (m) = Y
-Decrypt this ciphertext into a binary string: 106
Now that you can see how public and private keys work in a real-world scenario, please explains how it works for computers and internet communications in relation to cybersecurity.
Explanation: ……………..
CMYK does not include a white color because it is assumed that it will be printed on a white paper and depending on the percentage of each color that is used, the white from the paper will be used to fill the space, therefore making the shades appear lighter. If it's something that will only be seen digitally, use RGB.
