How is motion determined?
448815
Do you mean a motion in parliamentary procedure?\nDo you mean motion as in physics?\nIn physics it is velocity relative to a plane of reference.\nYou measure it by determining the position of the item at two different times and then dividing by the difference in time.  So you get units of distance per time - velocity.\nLike miles per hour or feet per second or meters per second.
985616
All are true. For the last one,\nsuppose acceleration = a.\nThen the velocity is at + c\nand the position is at^2/2 + ct + d,\nwhere c and d are constants.
458965
I don't know...his Three laws of Motion? Something about inertia that an object in motion must stay in motion until acted on by another force. Something like that.
40451
well figure out the net force with F=ma and just subtract. like just say 93 x .26 is the net force, the force thats acually being used for motion. so you subtract this from 36 to see what force is opposing this. so the total equation is:\n36 - (93 x .26)
230741
Newton's laws of motion.\nConservation of engery.\nConservation of momentum.
893547
The manner of one's movement.
394324
Newton's first law of motion states that "An object at rest tends to stay at rest and an object in motion tends to stay in motion with the same speed and in the same direction unless acted upon by an unbalanced force." Objects "tend to keep on doing what they're doing." In fact, it is the natural tendency of objects to resist changes in their state of motion. This tendency to resist changes in their state of motion is described as "inertia".
141401
All motion is relative.
420961
it was about objects in motion
27203
1.Objects at rest tend to remain at rest, and objects in motion tend to remain in motion in a straight line at constant speed.  2. Force=Mass times Velocity. 3. Every action has an equal and opposite reaction.
756344
So.....how do we find out the answer?
94009
Weight can be determined by mass and the pull of gravity exerted on an object. But mass is not an indication of weight. Mass is presumed to be constant through varying gravities while weight fluctuates because it is proportional to both of these variables.
729655
easiest way to tell, is if it ticks.\nRolex's just go round smoothly.
623587
It's a method of solving mechanical problems. Basically it's determined by L = T - V where T is the kinetic energy and V the potential. Finding T and V really depends on the problem. You use generalized coordinates, normally denoted by q, as opposed to x, y, z or whatever. Once you get the hang of it it can be extremely useful to solve seemingly difficult mechanical problems (like a pendulum on a pendulum for example.) Look it up on Wikipedia for more information.
493924
the inherent property of a body by virtue of which a body at rest remains at rest and a body in motion continues to move in the same direction even after some external force is applied to it is called inertia. newton's first law of motion is the law of inertia. for example an athlete keeps running even after he reaches the finish line because of inertia of motion which will not allow him to stop immediately. \n           momentum,p,can be calculated by the formula \n                  p = mv \n         where m is the mass of the object and  v is the velocity.\n              i think you are a ninth std student and i learnt all that last year!
101185
this is actualy s = ut + 1/2 a (sq of t)\nIts an equation of motion. n of gr8 use in physics. \nHere, s stands for displacement of an object or body, u for its initial speed, t for time taken.
553994
1st - An object in motion/rest will stay in/at motion/rest unless acted upon by another force.\n\nExamples - a ball will keep rolling until its friction with the ground stops it. A rock will stay put unless someone transfers energy to it to move it.\n\n2nd - Force = Mass x Acceleration\n\nExamples - Some car has 5000 kg mass and 10 m/s^2 acceleration. Find its force.\nForce = 5000 x 10\nForce = 50,000 newtons\n\nSome truck has 250,000 newtons of force, and an acceleration of 5 m/s^2. Find its mass.\n250,000 = Mass x 5\nMass = 250,000/5 = 50,000 kg   \n\n3rd - For every action, there is an equal and opposite reaction. \n\nExample - you bounce a ball on the ground. The ball hits the ground, and compresses inward. The ground pushes back up on the ball causing it to land in your hands. You hit a volleyball in PE. The ball pushes against your hands and goes over the net.