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Time Dilation
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Sam Wormley
Oct 1, 2012, 1:51:29 PM10/1/12
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Time Dilation
http://www.marts100.com/timedil.htm
> Time dilation can be summarised fairly succinctly. Consider an observer who is stationary in a particular frame of reference, which we will call frame A. This could be as simple as someone standing still on a flat road (in this case, the road is the frame of reference). Suppose that this person has a clock. Now consider a second observer in a frame of reference (frame B) that is moving with respect to our original observer (e.g. someone in a car moving at constant speed). The second observer also has a clock.
>
> The time dilation effect states that the observer in frame A sees the clock in frame B as running more slowly than his own clock. Further, and this is where things start to get interesting, the effect is reciprocal - because, to the observer in B, frame A is moving relative to frame B, the observer in B observes that the clock in A appears to run more slowly than the clock in frame B.
>
> The time dilation effect, from the perspective of the observer in A, is illustrated in the following diagram. The reciprocity of the effect leads to some interesting paradoxical situations, one of which (the twin paradox) we will discuss in a later article.
See: http://www.marts100.com/timedil.htm
http://www.marts100.com/timedil.htm
> Time dilation can be summarised fairly succinctly. Consider an observer who is stationary in a particular frame of reference, which we will call frame A. This could be as simple as someone standing still on a flat road (in this case, the road is the frame of reference). Suppose that this person has a clock. Now consider a second observer in a frame of reference (frame B) that is moving with respect to our original observer (e.g. someone in a car moving at constant speed). The second observer also has a clock.
>
> The time dilation effect states that the observer in frame A sees the clock in frame B as running more slowly than his own clock. Further, and this is where things start to get interesting, the effect is reciprocal - because, to the observer in B, frame A is moving relative to frame B, the observer in B observes that the clock in A appears to run more slowly than the clock in frame B.
>
> The time dilation effect, from the perspective of the observer in A, is illustrated in the following diagram. The reciprocity of the effect leads to some interesting paradoxical situations, one of which (the twin paradox) we will discuss in a later article.
See: http://www.marts100.com/timedil.htm
tj Frazir
Oct 1, 2012, 5:13:21 PM10/1/12
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G=EMC^2
Oct 1, 2012, 6:44:09 PM10/1/12
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All other clocks stop at c Get the pictue TeBet
Sam Wormley
Oct 1, 2012, 11:49:53 PM10/1/12
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On 10/1/12 5:44 PM, G=EMC^2 wrote:
>
> Univese can only keep time with a photon clock. THis clock woks at c
> All other clocks stop at c Get the pictue TeBet
>
Wrong -- Has nothing to do with clock, as all they do
>
> Univese can only keep time with a photon clock. THis clock woks at c
> All other clocks stop at c Get the pictue TeBet
>
is measure time. It's time that gets dilated, not the
clocks. See: http://www.marts100.com/timedil.htm
tj Frazir
Oct 2, 2012, 9:56:11 PM10/2/12
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the photon clock or all clocks slow down in motion . c is constant but
the time its passing threw changed so its ass iff c changed but it
dint.
Mass changed ..with the time change .
neutrons have more mass when farther from the earth and less mass when
nerest as time is faster or closer together and less mass near earth
.gravity is a time slope around mass .
light bends passing mass as time is closer together and 10 ticks takes
less space at c.
c is the speed but time is not the same on both sides of the photon so
its path is a curve in the curve of time around mass.
no two points in the universe are at the same time
http://community.webtv.net/GravityPhysics/WhaleSteamEngineA
the time its passing threw changed so its ass iff c changed but it
dint.
Mass changed ..with the time change .
neutrons have more mass when farther from the earth and less mass when
nerest as time is faster or closer together and less mass near earth
.gravity is a time slope around mass .
light bends passing mass as time is closer together and 10 ticks takes
less space at c.
c is the speed but time is not the same on both sides of the photon so
its path is a curve in the curve of time around mass.
no two points in the universe are at the same time
http://community.webtv.net/GravityPhysics/WhaleSteamEngineA
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