what is the definition of ortodox rule in a suppression motion?
436129
Basically the Orthodox rule is the Judge saying "rather than me deciding whether the evidence is admissible or not, we'll let it be admitted into evidence and the jury can decide what weight and value to assign to it."
1111103
Rule 2.10.1.10\n\n"Unless the rally is a let, a player shall score a point if his opponent's free hand touches the playing surface"
47136
serc 1tablet every 6hours\n action: anti-vertigo
856976
Extreme position! \nBecause acceleration is directly propotional to the displacement from the mean position and directed opposite to it.\n\na=-(ω^2)x
240119
Yes, they dont call it a Law for nothing.\n\nThink of any "action"....for example, Jumping.  Now think of the "reaction" involved...the Normal force.\nWhen you jump, your legs exert an "action" force down in the ground.  In reponce, the ground exerts a "reaction" force back on your legs called the "normal" force.  We know the ground exerts this force because otherwise, the ground would immediately begin to accelerate downward as soon as you tried to jump.\nBut the normal force is even exerted when you are just standing still.  Earth's gravity exerts a force on you downward (likewise you exert a force on the Earth upward) and if the ground did not push up, you would fall through the Earth.\n\nFor every action, there is an equal and opposite reaction.
863293
In the opposite direction of the applied force or motion
1142087
i think passive accessory notions are the roll, spin and glide, casued by the joint moving, this motions are involuntary and occur at the joint level.
602694
We have a copy of the canon law (Roman Catholic).  Have you checked your local Christian book store? Even if they don't have a copy they can order one for you.\n\nI assume when you say Orthadox you mean Eastern.  Here's a link that I found which my help: http://experts.about.com/q/Eastern-Orthodox-1456/canon-versus-inspired.htm
312542
Ancient. This is the "Law of Superposition. See\n \nhttp://en.wikipedia.org/wiki/Law_of_superposition
1151062
What is the standard way to describe motion ?
17890
If you discount the "sometimes Y" rule, then what about "rhythm"?
828415
You restrict the domain of the function as necessary in order that it pass both the vertical and horizontal line test.  Once you do that, f^-1 exists.  For example, if f(x) = sinx, you can restrict its domain to (-pi/2, pi/2). This function will then pass both h & v line test, and its inverse will then exist.\n\nanother example - f(x) = x^2.  A parabola opening upward whose vertex is the origin, and fails the h-line test.  If you restrict domain to (>=0),  f^-1 will then exist.
750944
In mathematics and physics, the right-hand rule is a convention for determining relative directions of certain vectors.\n\nhttp://en.wikipedia.org/wiki/Maze\n\ns
1067932
You can try visiting wikipedia's entry about it at:\nhttp://en.wikipedia.org/wiki/Stop_motion_animation\n\nThere are several links on the said page, so perhaps you may hit upon 'guides' on stop-motion animation, as the question itself is sort of broad and generalized.\n\nGuides as in, production step-by-step? or certain process step? Preparation in creating the animation?\n\nWell whatever you intended, I hope this has helped you a tiny bit...
748556
L'Hospita;'s rule shall not apply here as it is non zero/zero form\n\nit applies for form 0/0 or infinite.infinite\n\nlimit f(x)/g(x) when it is of above form is lim f'(x)/g'(x) \n\nfor example as x->o lim sin x/ x is of the form 0/0\n= lim x->0 d/dx(sin x)/d/dx(x)\n= cos x/ 1= cos x = 1 when x->0\n\nfor your case it is 1/0 or infinite (no l'Hospital's rule)
342329
Well, I think I found something; it says that the rule is part of the Newton-Cotes formulas (Isaac Newton and Roger Cotes).\n\nThis is the page where I found the info:\nhttp://www.absoluteastronomy.com/ref/trapezium_rule
931143
Basically the law you are talking about is the theory that an object in motion will stay in motion until another force acts upon it.\n\nMomentum is calculated by multiplying the mass by the velocity of the object.  There are many applications for these caclulations like if you wanted to find out what would happen in a head on collision between two objects.  You would be able to calculate in which direction the two objects would travel after the collision.\n\nAnyway, here is a website that I found for you that explains it completely.