Examples of using Objects in space in English and their translations into Arabic
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Colloquial
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Political
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Ecclesiastic
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Ecclesiastic
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Computer
Establish relationships between objects in space.
View over 1000 objects in space through a telescope.
Help him to avoid all kind of objects in space.
The risk is especially high for objects in space for long periods of time, such as satellites.
And it's my job to study and predict motion of objects in space.
People also translate
States and commercial entities can still place objects in space under the assumption that they will not be threatened or attacked.
Any intelligent organism would at the veryleast need the ability to locate the position of objects in space.
If distance is irrelevant, then, logically, all objects in space should be taken into account.
It is also a fact that an increasing number ofcountries have acquired a capability to place objects in space.
For example, the United States provides information on objects in space through a public-domain website.
The second category of space weapons includes direct-ascent ASATs, lasers,and other directed-energy weapons located on the ground which can target objects in space.
As we continue to launch our dreams into space, what if one day objects in space were located and captured by a garbage vehicle?
The space environment increased by 195 objects in 2005bringing the total number of identified trackable objects in space to 9428.
What we need to understand is that objects in space can cause people to think their days are numbered, even when there are events on Earth that can hurt or kill us before something from space does.
As part of this effort,the United States of America has improved its capacity to track objects in space as well as its ability to predict potential close approaches.
With regard to the peaceful uses of outer space, we have supported the proposal by China and Russia to create a future international legal agreement on preventing the deployment of weapons in space, and on preventing the use or threat of use of force against objects in space.
There is a need for continued reinvestment in our ability to identify and predict the motion of objects in space-- a broad sharing ofspace surveillance information.
Another important issue was the definition and delimitation of space, which had been exhaustively discussed but had not been finally settled, despite an agreement on the legal regime applicable to outer space. That was now a matter of urgency in order to enable States to find a legal basis for regulating the limits of sovereignty andresolving issues that might arise from collisions between objects in space.
The proposed deployment of theatremissile defences and the development of laser weapons against objects in space possess the potential to destabilize the strategic balance and deterrence between the nuclear-weapon States as well as some regions such as South Asia.
The second area identified for future regulatory development is the development of regulations relating to the ownership of space objects. The issue of ownership is not straightforward for two reasons. First,under existing international law, all objects in space are under the jurisdiction of a State, regardless of their funding source, functionality or integrity.
As part of an effort to prevent future collisions,the United States has improved its capacity to analyse objects in space, as well as our ability to predict potential hazards to spacecraft.
The issue of ownership is not straightforward for various reasons, including the following: first,under existing international law, all objects in space are under the jurisdiction of a State, regardless of their funding source, functionality or integrity.
Chemical cycling describes systems of repeated circulation of chemicals between other compounds, states and materials, and back to theiroriginal state, that occurs in space, and on many objects in space including the Earth. Active chemical cycling is known to occur in stars, many planets and natural satellites.
A French satellite has tracked an object in space.
Sir, we have information regarding the object in space.
By receiving the radio waves reflected by an object in space, it can calculate the direction, height, and speed of the object, and can detect the shape of the object. .
Beginning with orbital mechanics,Mr. del Monte explained that any object in space near the Earth must keep moving to avoid being pulled down by the Earth ' s gravity.
The Paxsat A study- A Study of the Feasibility of a Spacecraft Based System to Determine the Presence of Weapons in Space- asked a fundamental question," Can space observations determine the role orfunction of an object in space?".
The Paxsat A study- A Study of the Feasibility of a Spacecraft Based System to Determine the Presence of Weapons in Space- asked a fundamental question," Can space observations determine the role orfunction of an object in space?" The answer was a qualified yes.