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Originally posted by noconsequence
I assume you are aware that what we call the North pole is actually the magnetic south pole. Strange that they would do that; however if you remember who has been running the show you might put what I'm giving you here together..
Originally posted by noconsequence
First the way north field feeds the mass of the planet while south field is pulled up out of it's mass like a waste field.
...
Remember first of all the fact that field is not only passing through matter, North field is feeding into it drawing south out of it as well.
Originally posted by noconsequence
This also clarifies the reason water spins two different directions draining on one side of the equator. The water is, "falling" into the thrown field.
Q: I've been told that water goes down a sink in one direction in the Northern Hemisphere and in the opposite direction in the Southern Hemisphere. Is that true?
A: No! The origin of this myth comes from applying a scientific principle to a situation where it does not fit. The Coriolis deflection causes cyclonic systems to rotate counterclockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere. It was inevitable that someone would suggest (without checking) that a sink should drain in a similar manner.
Originally posted by Johnmike
reply to post by adrenochrome
I have no idea how 1 and 1 can equal three when summed. It makes no sense, sorry.
Synergy (from the Greek syn-ergos, συνεργός meaning working together) is the term used to describe a situation where different entities cooperate advantageously for a final outcome. Simply defined, it means that the whole is greater than the sum of the individual parts. Although the whole will be greater than each individual part, this is not the concept of synergy. If used in a business application it means that teamwork will produce an overall better result than if each person was working toward the same goal individually.
Originally posted by Gravitronic
If I have to spend ten grand in order to never have to pay an electricity bill ever again...That's free enough for me so I really don't know why this debate rages on.
Originally posted by Gravitronic
I do have to say that I was in the artillery when in the military... a ballistic round fired in the northern hemisphere actually goes to the right of the intended straight line target. Due to the rotation of the earth. A round must be fired to the left of target in order to compensate for the earth's rotation. It is the opposite below the equator. I can't say what the effect would be on water... but why would it be any different...
Originally posted by Lethys
Originally posted by Gravitronic
I do have to say that I was in the artillery when in the military... a ballistic round fired in the northern hemisphere actually goes to the right of the intended straight line target. Due to the rotation of the earth. A round must be fired to the left of target in order to compensate for the earth's rotation. It is the opposite below the equator. I can't say what the effect would be on water... but why would it be any different...
The strength of the Coriolis force depends on the velocity of the object. In the case of artillery, the rounds are moving very fast and over a large distance, greatly increasing the effect. But at slower speeds and smaller distance, such as with water, the effect is simply too weak to be noticeable.
[edit on 18-5-2010 by Lethys]
Originally posted by Gravitronic
Originally posted by Lethys
Originally posted by Gravitronic
I do have to say that I was in the artillery when in the military... a ballistic round fired in the northern hemisphere actually goes to the right of the intended straight line target. Due to the rotation of the earth. A round must be fired to the left of target in order to compensate for the earth's rotation. It is the opposite below the equator. I can't say what the effect would be on water... but why would it be any different...
The strength of the Coriolis force depends on the velocity of the object. In the case of artillery, the rounds are moving very fast and over a large distance, greatly increasing the effect. But at slower speeds and smaller distance, such as with water, the effect is simply too weak to be noticeable.
[edit on 18-5-2010 by Lethys]
This is in addition to my last... it wouldn't accept my changes when editing
... breaks up and goes down the drain ...straight up ...er ...down. Gravity here is the force giving the additional velocity you speak of. Mass/weight I'm sure is also a factor. The moment of inertia in a object's rotation (water) is a force based on the factor of Mass/weight for a point in an object's rotation. It is given as a point because often times an objects velocity is not consistent in the full rotation. I guess that is why they call it the "MOMENT" of inertia.
[edit on 22-5-2010 by Gravitronic]
Originally posted by Gravitronic
Originally posted by Lethys
Originally posted by Gravitronic
I do have to say that I was in the artillery when in the military... a ballistic round fired in the northern hemisphere actually goes to the right of the intended straight line target. Due to the rotation of the earth. A round must be fired to the left of target in order to compensate for the earth's rotation. It is the opposite below the equator. I can't say what the effect would be on water... but why would it be any different...
The strength of the Coriolis force depends on the velocity of the object. In the case of artillery, the rounds are moving very fast and over a large distance, greatly increasing the effect. But at slower speeds and smaller distance, such as with water, the effect is simply too weak to be noticeable.
[edit on 18-5-2010 by Lethys]
This is in addition to my last... it wouldn't accept my changes when editing
... breaks up and goes down the drain ...straight up ...er ...down. Gravity here is the force giving the additional velocity you speak of. Mass/weight I'm sure is also a factor. The moment of inertia in a object's rotation (water) is a force based on the factor of Mass/weight for a point in an object's rotation. It is given as a point because often times an objects velocity is not consistent in the full rotation. I guess that is why they call it the "MOMENT" of inertia.
[edit on 22-5-2010 by Gravitronic]