Good night to all...!
Today we are going to read
about the Oxford electric bell...
Okay....what's the different
with it..??? it's a bell only, isn't it??
Yes...ofcourse it is just a
bell but the thing which made it to stand out is that there is a battery
which powers it for 177+ years and still the battery has not drained
out….!!!
Can you believe it??
But it’s true…!
Nobody knows what the mystery the
battery is made of. So let me call this bell as experiment here…
The experiment is currently
kept at the University of Oxford's Clarendon Library.
The experiment consists of two brass bells, each positioned
beneath a dry pile (an early form of battery). A metal ball approximately 4 mm
in diameter suspended between the piles, which rings the bells alternately due
to electrostatic force.
As the ball touches one bell, it is charged by one pile, and then
electromagnetically repelled, being attracted to the other bell. On hitting the
other bell, the process repeats.
Oops…confusing…it is being hard for us to even understand the
concept of it’s working but those people made it to work….
The bell is ringing at 2 Hz; it
means you can hear 2 rings each second.
For last 177 years, it's made a whopping 10,911,456,000+ strikes against
those bells, and still showing no chances of dying out anytime soon.
It was built by Watkin and Hill in 1825, an instrument-making firm
in London, and purchased by Robert Walker, a professor at Oxford.
In 1840, he set it ringing. Today the bell is still ringing…
Hard to believe….isn’t it?
Watkin and Hill left no record of what the piles (battery) were
made of. Scientists are eager to find out just how long the mystery battery can
go, and then open it up and find out what it's made of, but the whole thing is a
bit of a waiting game.
Whatever Watkin and Hill used to make the batteries, the device
has extraordinary stamina….!!!!
Guinness Book of World Records called the bell's dry piles the
"world's most durable battery"…!!
Awesome...what the hell is this!?
ReplyDeleteomg!!! it's really unbelievable and worthy news👌 thanks for this kind of information...Mr.Nagappan
ReplyDeleteNice one nnagappan .is it possible for now a days to manufacture this type of bells ..
ReplyDeleteBT one doubt is there nagapan
ReplyDeleteThis bell never came under the atmosphere ..because according to my knowledge if it come to atmispohere defentelly it lform the rust on bell and when the ball touch the bell .. It wll never produce that much electrostatic force.compare to first one
ReplyDeleteIt has been coated with sulphur oxide to restrict the bell from corrosion Rupesh...so there is no problem even if it is open to atmosphere..
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