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Einstein did the heavy lifting for you. After seven years, he came up with E=MC2. Energy equals Matter squared by Light. I would explain it to you, but I have to understand it first. In his Second Theory of Relativity, he postulated that the faster you travel, the slower time will go, meaning you could return to Earth younger than when you left.Does time have weight?
How would it be weighed?
Even though weighty...
Be it shadeable
can one paint it....
Einstein did the heavy lifting for you. After seven years, he came up with E=MC2. Energy equals Matter squared by Light. I would explain it to you, but I have to understand it first. In his Second Theory of Relativity, he postulated that the faster you travel, the slower time will go, meaning you could return to Earth younger than when you left.
Obviously, I'll leave it up to you to join the dots, but I think time could indeed have a weight. I look forward to reading a paper on this...
Made me think which lead me to this.Does time have weight?
How would it be weighed?
Even though weighty...
Be it shadeable
can one paint it....
It's not so difficult to understand. It simply states an equivalency. Basically matter/energy, they're just different forms of the same thing. Sort of like water and steam.Einstein did the heavy lifting for you. After seven years, he came up with E=MC2. Energy equals Matter squared by Light. I would explain it to you, but I have to understand it first. In his Second Theory of Relativity, he postulated that the faster you travel, the slower time will go, meaning you could return to Earth younger than when you left.
Obviously, I'll leave it up to you to join the dots, but I think time could indeed have a weight. I look forward to reading a paper on this...
Go trolling in the lumber yard???It's not so difficult to understand. It simply states an equivalency. Basically matter/energy, they're just different forms of the same thing. Sort of like water and steam.
The equation itself just tells what the conversion rate is. The amount of a E(nergy) contained in any quantity of matter = it's m(ass) multiplied by the (c2) the speed of light squared.
c2 provides a constant. c is equal to 186000 miles per second. Square that and it's 34,596,000,000 miles per second. (In kilometers that's 55,353,600,000 per second).
This is why they use various plutonium and uranium isotopes for the big booms. Greater mass = bigger explosions.
Sorry Thom. Ya lost me there. I don't troll anywhere. And all I do in the lumber yard is buy lumber.Go trolling in the lumber yard???
See what it gets ya
Time has wait.Does time have weight?
How would it be weighed?
Even though weighty...
Be it shadeable
can one paint it....
Read on McDuffEinstein did the heavy lifting for you. After seven years, he came up with E=MC2. Energy equals Matter squared by Light. I would explain it to you, but I have to understand it first. In his Second Theory of Relativity, he postulated that the faster you travel, the slower time will go, meaning you could return to Earth younger than when you left.
Obviously, I'll leave it up to you to join the dots, but I think time could indeed have a weight. I look forward to reading a paper on this...