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Objects in the solar system are much smaller than a light year. Light takes only minutes or hours to pass from one planet to another. To measure interplanetary distances in light years would be like measuring the sizes of insects in miles. Usually, though, rather than light hours and light minutes, distances in the solar system are measured in Astronomical Units (AU), which is average distance between Earth and the sun, about eight light minutes.
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An AU is much larger than any distance on Earth. Earth's equatorial circumference is about 0.00027 . So measuring distances on Earth in AU would be like measuring the sizes of small animals in miles.
go and read about how the Swedes are doing it. http://en.wikipedia.org/wiki/Sweden_Solar_System
The only thing that can be directly observed is a galaxy's apparent size (angular size). Since galaxies come in different sizes, this can only give a rough idea of the galaxy's distance from Earth.
Planets' sizes are measured from their angular width as seen from the Earth. The basic scale of distances is calibrated by measurements of Venus from different points on Earth at the time of a transit of Venus.
trigometric calculation
Gravity has an effect on all objects, including objects of different shapes and sizes.
* For a solar eclipse, there is no specific requirement about the angular sizes.* For a TOTAL solar eclipse, the angular diameter of the Moon must be larger than that of the Sun.
Dynamic dimensional constraints look like dimensions, but behave in the opposite way. Dimensions are driven by objects in change dimensional constraints drive and determine the lengths, radial sizes, and angles of objects. They also control the distances or points between objects.
The telescope is used to see far distances in space, but one may also us binoculars to see objects far away, just on earth. You may buy different sizes of lenses, to see different distances. Thanks. </3
Objects in the solar system are much smaller than a light year. Light takes only minutes or hours to pass from one planet to another. To measure interplanetary distances in light years would be like measuring the sizes of insects in miles. Usually, though, rather than light hours and light minutes, distances in the solar system are measured in Astronomical Units (AU), which is average distance between Earth and the sun, about eight light minutes.
You can use a laser meter such as the Fluke meter to measure room sizes to help establish an estimation of the properties value, the meter will give distances from edge to edge when placed flat against the wall.
A device used to measure ring sizes.
It tells us they have just about the same angular size, so the Sun must be about as much further away than the Moon as it is bigger than the Moon (because that's how trigonometry works).
The full name of a CMM machine is 'coordinate measuring machine' which is used to measure the physical geometric properties of objects of all shapes and sizes.
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