Let's see.... When the earth is not moving away from or towards Algol the time between eclipses is 2.867321 days so (186,282 mi/sec)*(86,400...
"In May and November, the Earth is moving at "right angles" to the line to Algol. During this time we see minima happening regularly at their...
From what I have read the atomic clocks onboard the GPS satellites are adjusted to run 38 microseconds slower per day prior to being launched into...
Ship1 at rest on top: T--------------------N <----- N----------T Ship2 at rest at bottom: T----------N -----> N--------------------T Here...
Ship1 at rest. [ATTACH] Ship2 at rest. [ATTACH] Ship1 at rest. [ATTACH] Ship2 at rest. [ATTACH] N of ship1 passes T of ship2 twice; Once when T of...
I will try to illustrate my point with a specific example. Sally is moving to the right at .6c. The height of her spaceship is .8 light-seconds....
Compare genomes and molecules of separately created species and use SpongeBob imagination.
Just like a sequence of 0's and 1's that are the instructions for a video game must come from intelligence so also a sequence of A's, C's, G's, and...
Sally's angled flashlight is at such an angle that the light follows the same angled path right to left as the path of the light from the upward...
Here's a spaceship with Sally in the corner.... /\ | -------------------> V / \ | / \ | /...
Earlier I drew the following diagrams: ship1 at rest on top T-----------------------N <----- N----------T ship2 at rest at bottom....
That right, and I have already shown that if that is true for T1 meeting N2 then that isn't true for N1 meeting T2 which is impossible.
Maybe I should have been more clear. There is only one moment when T1 reaches N2, but there are 2 events. T1 reaches N2 in the reference frame of...
If one ship was longer than the other there would be no problem, but because each ship considers the other as shorter than itself it leads to...
There is one moment in time when T1 reaches N2. This moment is simultaneous for both ship1 and ship2. If that is the case then the one moment when...
The problem is that if T1/N2 is simultaneous for both ship1 and ship2 (which it must be) then N1/T2 isn't simultaneous for both ship1 and ship2. If...
If I start with this... Ship2 at rest at bottom. T-------N -------> N--------------------T If I then go back in time a little bit I get this.....
I have no idea what you are writing about or what this has to do with the problem as posed.
I don't know.
Let me try to make this more clear... Ship1 at rest on top T-----------------------N <----- N----------T Ship2 at rest at bottom....
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