MaDaRa01:

Thanks! So that what makes some cable original and some fake even if they are the same length -the number of wires in the cable right? Or the quality of wire used?

gambojimeta:


Yes it does affect the speed.

The internal resistance of the cable will be greater for longer cable. Science students will call it Voltage Drop.

Scottz:
Na lie
My cord iPhone cord long pass anaconda
The werey fast die

MaDaRa01:

is this theory applicable to transmission of electricity from the power station?

Jazzman01:


Using the resistivity equation, we can see that the longer the length, the higher the resistance and this will lead to I²R losses. But this is usually countered by increasing the cross-sectional area of the wire. This is done by increasing the number of strands of wire or increasing the thickness of the wire.

Theoretically, length has an effect but when we want to design it for practical purpose, we counter that effect by increasing the thickness of the wire or using multiple strands. So when next you are purchasing a charging cable, you don't have to worry about the length affecting the charging speed because it has been taken care of.

phemmyfour:
No

The input volts and output Amps determines the charging speed

Though the quality of the cable is important (Resistivity) in terms of material used

kamez:


And it would have been faster if the cord was shorter

Evilblackman:

I was about to reply this , I just dey read niqqas tryna be albert Einstein , my phone cord sef long but e dey charge fast pass my old short charger � I don’t know what this niqqas be talking about longer the cord the greater the resistance

Obeleagu93:
Ftc for the first time ever on this platform, where is my own. I heard they do give things. Seun and co where una dey

yinkabeauty:


What if input volts, output Amps and quality of cable are all constant.

MaDaRa01:
Does the length of charging cable affect the speed of charging.... Is it inversely proportional to charging speed? The longer the cable the slower the speed, and the shorter the cable the faster the speed... And if it affect it, what causes it?

slawomir:
Damnnn niggarrrr

Grab my gadmnnn weed to read some dope shit and learn
After una don yarn finish

Una go also explain to me why my charger dey do super fast charging on my phone

Shebi na cord still cause that one

Your type of charger determine if it's going to do fast charging or not. The wire doesn't determine that

And why he be say our normal electricity transmission (nepa) nor dey follow this principle...

Puffing my weed while I wait for response

slawomir:
Damnnn niggarrrr

Grab my gadmnnn weed to read some dope shit and learn
After una don yarn finish

Una go also explain to me why my charger dey do super fast charging on my phone

Shebi na cord still cause that one



And why he be say our normal electricity transmission (nepa) nor dey follow this principle...

Puffing my weed while I wait for response

MrReeseG:
Na common sense now

The road wey the light go waka inside long cable far small
But short cable the light go sharp sharp enter the phone
You see the physics now

*Lights blunt*

Jazzman01:


Using the resistivity equation, we can see that the longer the length, the higher the resistance and this will lead to I²R losses. But this is usually countered by increasing the cross-sectional area of the wire. This is done by increasing the number of strands of wire or increasing the thickness of the wire.

Theoretically, length has an effect but when we want to design it for practical purpose, we counter that effect by increasing the thickness of the wire or using multiple strands. So when next you are purchasing a charging cable, you don't have to worry about the length affecting the charging speed because it has been taken care of.

phemmyfour:
lol, they can't be constant for you to have a proper charger

MaDaRa01:

is this theory applicable to transmission of electricity from the power station?

Kayharry:


Your type of charger determine if it's going to do fast charging or not. The wire doesn't determine that

Jazzman01:


Using the resistivity equation, we can see that the longer the length, the higher the resistance and this will lead to I²R losses. But this is usually countered by increasing the cross-sectional area of the wire. This is done by increasing the number of strands of wire or increasing the thickness of the wire.

Theoretically, length has an effect but when we want to design it for practical purpose, we counter that effect by increasing the thickness of the wire or using multiple strands. So when next you are purchasing a charging cable, you don't have to worry about the length affecting the charging speed because it has been taken care of.

iscom:
Capital YES

smoke555:


This is bull, determinant parameters are: inductance, capacitance, resistivity, conductance of the material used as a conductor.
(Simply meaning say na the kain wire china ppl use couple ur cord dey determine whether na original abi na fake)

MaDaRa01:
kindly explain the physics behind it

Jazzman01:


Using the resistivity equation, we can see that the longer the length, the higher the resistance and this will lead to I²R losses. But this is usually countered by increasing the cross-sectional area of the wire. This is done by increasing the number of strands of wire or increasing the thickness of the wire.

Theoretically, length has an effect but when we want to design it for practical purpose, we counter that effect by increasing the thickness of the wire or using multiple strands. So when next you are purchasing a charging cable, you don't have to worry about the length affecting the charging speed because it has been taken care of.