How do you change a ball for a curved sport ball? 2-3 galileo relativity principle i, galileo mutation 1. Relative motion 22. Coordinate conversion and conversion, if the movement of the same object is described by two coordinates, is referred to as a change of coordinates from one coordinates to another, if the weights of a description of a physical mass in one of the coordinates are expressed by each of its parts in another. The same pattern of newton's motion law in the two inertial systems of moving at the same speed. It can also be shown that other laws of mechanics are constant for all inertial systems, with the same length, or that the length is not related to the movement status of the reference system, i. E., the basic view of the classical theory for the time space, known as the classical sky, is still constant, so that in the change of the galileo coordinates there should also be an additional time variant, i. E. A complete change in galileo (1) the absolute time is irrelevant to any inertial system, the length is the same, or that the length is not related to the movement status of the reference system。
The following points should also be taken into account in understanding this principle: (1) galileo relativism is closely intertwined with newton's laws of motion and classical time and space (2) galileo variation is the central expression of galileo relativism (3), stating that “classical mechanics are equally priced for all inertial systems” means that the basic norm of classical mechanics is identical in all inertial systems, rather than 9 (4) galileo relativity is also known as the principle of mechanic relativity, because the level of physical development at that time was still largely limited to mechanics, not because galileo's observations clearly state that this principle applies only to mechanics. For the description of the pattern of all physical processes, all inertia is equal and is one of the two basic principles of narrow relativity. As the vehicle moves, object a and b moves in line with newton law 12 and reference system a, albeit in a non-powerful horizontal direction, begins to move at a acceleration-a while object b, although suffering in a horizontal direction, remains static, the movement of object a and b is not consistent with the reference system established by newton law, the non-inertial reference system established by newton law,13 the non-inertial reference system established by newton law. 13 the reference system of any relatively inertial system for flat-speed straight motion or static motion is the inertial system; any reference system for motor change relative to inertia is the non-inertial system。
Inertial force (inertial force force). In a straight-line acceleration reference system, inertial force, which is a hypothetical, fictional, non-existent force inertial force a does not exist, is a reflection of its own acceleration b inertial force: 15 mf inertial f if the object accelerates the motion of the relative non-inertial system: in the straight-line acceleration reference system, the direction of inertia is the opposite of that of the non-inertity relative to that of the inertial reference system, and is equal to that of the mass of the object studied and the multiplier inertial force of the non-inertial acceleration of the non-inertial force: 16 b. Inertity mtss: the pull of the pyreline, so why is the pull of the mtsf*s: the pyroptoline? S: inertial forces tend to deviate from the axis, inertial centrifugal forces reflect 17 questions: the difference between inertial centrifugal forces and centrifugal forces a) inertial centrifugal forces are inertial forces, are virtual forces, are not interactions from objects, and thus cannot have reactionary forces b) centrifugal forces are reactionary forces of objects of the inertial meridian circle to the provisional objects, which are 18 *c. Coriollionary forces 19 can only accelerate objects by force, and we keep ft as the force that enables small balls to achieve horizontal accelerations, which, according to newton's second law, is in the direction of ft, which is vertically directed to the right by the gutter, and which is directed at the right by a small ball, as observed on the disk viewers, despite the strong ft's role, the small ball continues to move at the same speed。
This shows that fc, which is balanced with ft in the direction of movement vertically with small balls, is 20 colloliic fc, which meets the right spiral in the direction of u, and the right hand, which turns from u, which is less than an angle, and stretches the right thumb. In the northern hemisphere, the direction of the flow of the north to the south is from east to west, leading to a so-called north-east wind and south-east wind1, the right-track of the so-called north-east sympathosis 22 (3) single-line railways is more badly worn and the southern hemisphere is in contrast 2) the flow of rivers is moving on the ground in the northern hemisphere, to the right side of the forward direction, to the right side of the direction, to the left side of the south, to the river of the northern hemisphere, to the right side, to the right side of the river, to the north, to the north, to the right side of the river, to the north, to the north, to the north, to the north, to the north, to the north, to the north, to the north, to the north, to the west, to the north, to the south, to the north, to the north, to the south, to the surface, to the north, to the south, to the south, to the north, to the south, to the south, to the south, to the south, to the south, to the ocean, to the。
25 (6) downside: for the sake of simplicity, it may be possible to consider that when the hammer moves from the east to the west as a result of the hammer, the corioli will tilt it north; when the hammer moves from the west to the east, the corioli will tilt it south, so the flat must go up and down by the lead-axis and slowly rotate it in the direction of the clockwise 25 (6) downside: for the sake of simplicity, it is possible to measure the flow of objects from a height of freedom to the surface at point o on the level of the equator at the origin of the coordinates, as shown in the chart, when the object moves in the opposite direction of the point p-x axis, the object will be influenced by the corioli fc, and the fc will follow the direction of the y-axe, that is, the east, so that the object will be applied: a mass flow gauge, directly or indirectly, the flow of the object can be measured by point o on the ground. Weight loss fmgn up: f28 instance 2: weight resolution of the object with mass of m at the latitude of the earth's surface: setting the earth is a radius r-equilibrium, rotational agglomeration speed, so, for analytical purposes, the heavy object is hanging at the latitude, and in relation to the static state of the earth mtfwf* inertial centrifugal centrifugality, in addition to inertial centrifugality, the earth is gravitational to it t, and there is 29 mtfwf* using cosine theoremic theorem and the upper high subsector can be omitted, so the roll-out of mccrawlin is different from the earth's gravity and weight, and the mass and weight of the object is fundamentally different。
The weight increases by 31 (g. Galilei, 15641642), depending on the latitude, returning to its original location by clicking the dark button. The founder of the recent galileo (italy) experimental sciences experimented with the concept of acceleration, the law of fallout, inertia, the principle of motorization and relativity, which is the cornerstone of the theory of mechanics。
