visa can process 24k to 60k transactions per second

make bitcoin the native currency of the internet.

…and then the currency for all.

Met my friends for dinner tonight and they still can’t believe I suggested a steakhouse and ordering just a steak with no side dish 😅

Been going through my childhood stuff. Still holds true today 💕💕💕

The boomers were an absolute disaster of a generation.

Stood for nothing, fell for everything.

If you’re a boomer who’s mad at this sentiment spare me.

I don’t want to hear a word from anyone who’s mess I have to clean up.

Good morning!

Nice day to earn some BTC.

#coffeechain #PV

...I promise I'll get the hang of replying in the right spot...

nevent1qqsrk8al5ys679ydvrknnear758y52a0gr24lgv6sxvaltqfwgwlm0spzemhxw309ucnjv3wxymrst338qhrww3hxumnwq3qvgldyxx7syc30qm9v7padnnfpdfp4zwymsyl9ztzuklaf7j5jfysxpqqqqqqz8nzpsc

Why #gold is doing so well and #silver is not ?

#askNostr

Well ..

The answer may be in another question ..

Why #Btc is doing so good and #Eth is not !

There is no second best ..

Because people have understood the concept of "store of value"

Goodnight and wabi sabi, Nostr! 🤙🏻🫂💜

There would not be.

Example:

Stand on a scale and put a cup of water at your feet.

Tie a string around a rock and hold it.

Note the weight.

Allow the rock to dip into the water.

The scale will remain unchanged.

Negative bouyancy only means than an object will sink if not suspended. It is not an added force that needs to be considered, especially considering that the steel ball is externally supported and negative bouyancy can not apply as a result.

Same water volume.

Equilibrium

No. The displacement is all that matters here.

Related: Stand on a scale and pull up on your shoelaces. No matter how much force you pull with, you will be unable to lift yourself from the scale, or even to decrease the weight it displays.

Further note. If the steel ball's support is unsupported (there is no floor pictured) it will fall and the weight of the steel ball on the bottom of its container (to say nothing of the weight of the support structure) will cause that side to fall.

If there is a floor directly underneath the fulcrum, the steel ball will fall to the bottom of its container (but no further) and it's weight will prevent the ping pong ball side from falling even though it has a higher mass. The system would then remain static.

Steel ball adds no weight to its side of the system as it is externally supported.

Ping pong ball appears to be exact same outer diameter as the steel ball, thus displacing the same amount of water and leading to an equal weight on either side.

But.... The added mass of the ping pong ball's thin plastic walls (and the minimal mass of the string or cable) should be enough to make it's side heavier in the end, leading the ping pong ball side to fall lower.

#AutismAwareness