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Earth is not round! It's shape is an ellipsoid (a squashed sphere), if the rotation increases then the ellipsoid will be flatter.
I can resolve 100 arc seconds. If craters are 60 arc seconds I'd bet that there are people whose eyes are good enough. 60 arc seconds is certainly within the 20 arc second maximum capability of the eye.
Spica (Alpha Virginis) is the brightest star in the constellation Virgo.It is in fact a close binary star system so it is impossible to resolve individual stars through a telescope.It is approximately 7.4 times larger than our Sun. So it has a radius of about 5,150,400 km
One can resolve surface details of Mars through a good amateur telescope. Olympus Mons, Vallis Marineris, and the polar ice caps which expand and recede through the martian seasons. Neptune is much further away, a somewhat featureless gas giant, with a low albedo. We have landed numerous spacecraft on Mars, but have not sent anything to Neptune specifically (that I recall).
Well Airborne RADAR works in similar manner as their Ground counterpart , the differences typically lies in mode of operations, processing software , physical size and functions .usually Airborne RADAR's , especially for those who's required to detect target that flies at low altitude uses Doppler measurements to differentiate between target and steady objects like grounds . It's also may have a "compensations" to correct tracking error caused by the carrier's own movement EDIT- It seems the previous answer is bit too complex for some people Air to Air airborne radar uses combinations of range ambiguous and Doppler ambiguous modes. High Pulse Repletion Frequency (HPRF) modes which are range ambiguous, to measure Doppler unambiguously. Low Pulse Repletion Frequency (LPRF)modes measure range unambiguously both of these modes still measure both Range and Doppler and resolve the ambiguous measurement using Chinese remainder theorem. This resolving of the ambiguous measurement uses different measurement parameters that are not related provide a measurement remaining that can be related to unfold Range or Doppler measurements. In between the HPRF and LPRF is the Medium Pulse Repetition Frequency Mode which are both Range and Doppler ambiguous. Repetition Rate of Pulses adaptation can be mixed together and sequenced. Some modes are have better properties then others for measuring particular targets or characteristic of some targets. The question of ambiguity, and therefore what defines a Pulse Repetition Frequency as High Medium or Low is dependent on the target characteristic and the range you wish to measure to.
Let us resolve our differences.
A diplomat is a person whose job it is to maintain communications between different countries, and to resolve any differences and misunderstandings which may occur.
Scientific debates let scientists work out different views. Debates present differing ideas and views with that scientist's "scientific evidence", but scientists do not always agree and cannot always resolve the problem(s). Debates are like a think tank. They generate more ideas than declaring one solution or answer.
People to resolve financial Differences
People to resolve financial Differences
People to resolve financial Differences
people to resolve financial differences
Hindus and Muslims in the colony of India could not resolve their religious differences.
the Republicans and democrats
People to resolve financial differences
A conference committee is called to resolve specific differences. If you look for answers, submit some too.
Example sentence - We attempted to resolve our differences in a calm manner.