GrandMufti:

Sense

madgoat:
Guys, which looks more natural and better, picture A or B ?
They are both screenshot files as i could bot upload the original pix.

genius43:

I haven't used any but the sense 6p is not bad.

bazkid24:
Which one should I go for?
cc genius43, gptech, grandmufti and others

pharmtasy:

Get 'Sense'

pharmtasy:
Get 'Sense'

GrandMufti:


E get sense na

Gptech:

U sef nr understand am, e dey very correct, nr b ohms law we dey use for power supply.
P=IV
We nr dey use high current supply power because of losses due to heating and some other variables, na high voltage and low current we dey use, so when you get normal light na high voltage and low current, then when the light dey low, na low voltage and high current.

Gptech:

I wonder why d insult sef .

pharmtasy:

Not intended as one

Gptech:

Tarrr .

sureteeboy:

Exactly Boss. I was just about to quote Ifedith until I saw this.
Lemme drop my little contribution as well
Actually, Ohm's Law plays a part as well, because we were able to deduce that Power, P = I²R. This is the exact formula we calculate power loss with. As there could not be power loss if current isn't flowing in the first instance (i.e, Resistance only comes into play when current is flowing). This verifies that the higher the current, the higher the power loss in the conductor or circuit
But from that same Ohm's law, we were able to deduce that P = V²/R. This indicates that the higher the Voltage, the higher the Power transmitted. And as long as the power is constant, and P = IV, then current must drop at high voltage and voltage must drop at high current.

pharmtasy:
ok

Gptech:

See men wen jack P. N Okeke .

madgoat:
Guys, which looks more natural and better, picture A or B ?
They are both screenshot files as i could bot upload the original pix.

elantraceey:


Finally....thanks alot, it's working well now. What about the MTN ?

bazkid24:
Which one should I go for?
cc genius43, gptech, grandmufti and others

jboixxx:
It will.

Gptech:

Its not, when u get low voltage, appliances go naturally drag more current in order to meet their required power needs. So take note, power dey constant here. Try dis anytime u observe low voltage, charge your phone, u go observe say d charger go dey hotter than normal because of increased current.

Prince202020:



Please buy the ROMOSS From Just2endowed2 he sells original ROMOSS banks, don't go and buy fake o, Macbeyland and Ifedith sells original Mi Power banks too, please don't buy fake for your phone's sake.

Ifedith:

Wait o... Lemme take ur words.
1.
First of u said we get low voltage, which is wat we've all agreed on... Nepa doesn't send us high current. But the voltage they supply varies, hence low voltage but never high current. If
2
There's 2 type of appliance... With motor and without motor
Static appliances like charger or bulb wil heat more as the the voltage goes up. And would be cooler as the bulb dims... U can try it with ur tungsten bulbs at home (those orange bulbs) Also my charger has never heat up cus of low voltage. Highest e no go charge
3.
Yes, motor appliances like ac or refrigerators tends to overheat on low voltage. So yes that's true.
Anyway good night o

Jessewhyte:
B looks more natural or should I say realistic, but I think that of A is from Gcam, you can actually turn off AWB via the Gcam settings to get a more realistic photo, I guess that's the case

pharmtasy:
I nor dey live for that area

Gptech:

B of course, but na u dey there sha.

sureteeboy:

Exactly Boss. I was just about to quote Ifedith until I saw this.
Lemme drop my little contribution as well
Actually, Ohm's Law plays a part as well, because we were able to deduce that Power, P = I²R. This is the exact formula we calculate power loss with. As there could not be power loss if current isn't flowing in the first instance (i.e, Resistance only comes into play when current is flowing). This verifies that the higher the current, the higher the power loss in the conductor or circuit
But from that same Ohm's law, we were able to deduce that P = V²/R. This indicates that the higher the Voltage, the higher the Power transmitted. And as long as the power is constant, and P = IV, then current must drop at high voltage and voltage must drop at high current.

Kingsaeedibn:


Both are same. Just A has more colours than B.

A looks more natural

sureteeboy:

Exactly Boss. I was just about to quote Ifedith until I saw this.
Lemme drop my little contribution as well
Actually, Ohm's Law plays a part as well, because we were able to deduce that Power, P = I²R. This is the exact formula we calculate power loss with. As there could not be power loss if current isn't flowing in the first instance (i.e, Resistance only comes into play when current is flowing). This verifies that the higher the current, the higher the power loss in the conductor or circuit
But from that same Ohm's law, we were able to deduce that P = V²/R. This indicates that the higher the Voltage, the higher the Power transmitted. And as long as the power is constant, and P = IV, then current must drop at high voltage and voltage must drop at high current.

badonkadonk:


I second this. The romoss polymos 20 wey I buy from just2endowed over 3years now, still going strong and has never failed me once.

Prince202020:



ok, if money enter I'll contact you, need the adaptor, SD card and OTG drive.

Prince202020:



Please buy the ROMOSS From Just2endowed2 he sells original ROMOSS banks, don't go and buy fake o, Macbeyland and Ifedith sells original Mi Power banks too, please don't buy fake for your phone's sake.

bazkid24:
Which one should I go for?
cc genius43, gptech, grandmufti and others