McAz wrote:I cant be - but my bits can.
LordRaven wrote:McAz wrote:I cant be - but my bits can.
As particles or waves?
Compost corner wrote:I aye wrote:Compost corner wrote:Rolluplostinspace wrote:I was asked this question by a 14 year old a couple of months back and struggled with an answer.
Without Googling can you answer the question?
The applied transmission of electrons through suitable materials that work as conduits to conduct the resulting electrical line to the desired target device in order to power it.
and what of static which through out the electrical industries is regard it as a nusance? even though it is the only evidence there is for it to be gravity.
That is nonsensical. Maglev trains disprove your theory
art0hur0moh wrote:Compost corner wrote:I aye wrote:Compost corner wrote:Rolluplostinspace wrote:I was asked this question by a 14 year old a couple of months back and struggled with an answer.
Without Googling can you answer the question?
The applied transmission of electrons through suitable materials that work as conduits to conduct the resulting electrical line to the desired target device in order to power it.
and what of static which through out the electrical industries is regard it as a nusance? even though it is the only evidence there is for it to be gravity.
That is nonsensical. Maglev trains disprove your theory
switch your tv on. gather sand, dry it out, put in a sieve, shake vigorously infront of the tv. can you answer why the tv is dusty? Mr Turin was ostrociesed by the vatican for showing simple repeating math patterns creat elaborate patterns for camoflage. I am surprised by many experiments. there are no controls and if there are they have already been corrupted. what was a control in the past, today the control is past experiments. My experiment shows statics defys gravity, and the controls are shake sieve away from tv, do the same in front of the tv switched off. Just going to check out Maglev.
McAz wrote:Any force which is equal or greater than the gravitational force of a body defies gravity, Art, including the electromagnetic force.
In fact, I can momentarily defy gravity myself.
art0hur0moh wrote:McAz wrote:Any force which is equal or greater than the gravitational force of a body defies gravity, Art, including the electromagnetic force.
In fact, I can momentarily defy gravity myself.
not momentarily! all the days of our lives
McAz wrote:art0hur0moh wrote:McAz wrote:Any force which is equal or greater than the gravitational force of a body defies gravity, Art, including the electromagnetic force.
In fact, I can momentarily defy gravity myself.
not momentarily! all the days of our lives
Alas, it keeps pulling me back down - though I'll keep trying.
art0hur0moh wrote:McAz wrote:art0hur0moh wrote:McAz wrote:Any force which is equal or greater than the gravitational force of a body defies gravity, Art, including the electromagnetic force.
In fact, I can momentarily defy gravity myself.
not momentarily! all the days of our lives
Alas, it keeps pulling me back down - though I'll keep trying.
it would be a nucance if I didn't think of it as the Earth Hugging Us
LordRaven wrote:art0hur0moh wrote:McAz wrote:art0hur0moh wrote:McAz wrote:Any force which is equal or greater than the gravitational force of a body defies gravity, Art, including the electromagnetic force.
In fact, I can momentarily defy gravity myself.
not momentarily! all the days of our lives
Alas, it keeps pulling me back down - though I'll keep trying.
it would be a nucance if I didn't think of it as the Earth Hugging Us
Gravity of Earth - Wikipedia
https://en.wikipedia.org/wiki/Gravity_of_Earth
The gravity of Earth, which is denoted by g, refers to the acceleration that is imparted to objects ... The nominal "average" value at Earth's surface, known as standard gravity is, by definition, 9.80665 m/s2. This quantity is denoted variously as gn, ge (though this sometimes means the normal equatorial value on Earth, 9.78033 ..
I recall doing some experiment at school wherein we calculated the gravitational force at our particular geographical location and we came out close to the average.
I cannot recall how we conducted the experiment and am baffled as to how we did it?
Never mind, as long as we are kept glued to the planet I am happy.
we used known values, ie repeatable experimentation. how do You know the mass of the Earth?LordRaven wrote:https://www.dummies.com/education/science/physics/how-to-calculate-the-force-of-gravity-on-the-earths-surface/
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