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If you want to measure the speed of something, you first have to recall that speed is (distance traveled) divided by (time to travel the distance), and then you realize that you have to measure the distance it travels and the time it takes to travel that distance. If it happens to be the speed of light, then you immediately have a serious problem. The speed of light is so great that ... -- If you pick a distance that's easy to measure, then the time is impossibly short. For example, if you pick ten miles, then you have to accurately measure 0.00005368 of one second, which is pretty tough. -- If you pick a time that's easy to measure, then the distance is ridiculously long. For example, if you pick 0.1 second, then you have to accurately measure 18,628.2 miles, which is enormously tough. Both of these methods are theoretically and technically perfect, and completely impossible to actually use for the speed of light. You have to invent whole new clever ways to measure speed.
The word, metric, means referring to a measure: it is a measure of some characteristic and how it is measured depends on the way in which it is defined. This may be illustrated by considering the metric for distance. Conventionally, the metric for the distance between two points is the length of the straight line joining them. However, on the surface of a sphere, for example, it is a length along the "Great Circle". In a Minkovski space (for example a road grid like in Manhattan) it is the North-South distance plus the East-West distance.
Light years are used to measure the great distances of space. One light year is about 5.86 trillion miles. This is the distance light travels in one year's time.
It ends buy traveling a great distance!
The straight-line distance is about 1,150.7 miles or 1,852 km. This is the true straight-line distance which accounts for the curvature of the earth and not merely a straight line drawn on a map.
You can measure the distance between two cities on a globe using a tool called a great circle distance calculator. This tool utilizes the geographical coordinates of the two cities to calculate the shortest distance along the surface of the globe, known as the great circle distance. Alternatively, you can use a string and wrap it around the globe to measure the approximate distance between the two cities.
It means that the distance is greater than a certain amount - depending on how precisely you can measure the parallax.
For measuring distance, a ruler is basic. Best to have a steel engineering one for workshop use. Also of great use are vernier calipers, and micrometers, which allow you to measure small distances accurately.
With great difficulty. A kilometre is a measure of distance whereas a degree Celsius is a measure of change in temperature. There is no relationship between the two.
You could use satellites with GPS to identify the location of the points that are furthest East and West. The GPS system may give you the distance between the points. Otherwise, you need to measure this along the Great Circle.You could use satellites with GPS to identify the location of the points that are furthest East and West. The GPS system may give you the distance between the points. Otherwise, you need to measure this along the Great Circle.You could use satellites with GPS to identify the location of the points that are furthest East and West. The GPS system may give you the distance between the points. Otherwise, you need to measure this along the Great Circle.You could use satellites with GPS to identify the location of the points that are furthest East and West. The GPS system may give you the distance between the points. Otherwise, you need to measure this along the Great Circle.
If you want to measure the speed of something, you first have to recall that speed is (distance traveled) divided by (time to travel the distance), and then you realize that you have to measure the distance it travels and the time it takes to travel that distance. If it happens to be the speed of light, then you immediately have a serious problem. The speed of light is so great that ... -- If you pick a distance that's easy to measure, then the time is impossibly short. For example, if you pick ten miles, then you have to accurately measure 0.00005368 of one second, which is pretty tough. -- If you pick a time that's easy to measure, then the distance is ridiculously long. For example, if you pick 0.1 second, then you have to accurately measure 18,628.2 miles, which is enormously tough. Both of these methods are theoretically and technically perfect, and completely impossible to actually use for the speed of light. You have to invent whole new clever ways to measure speed.
Coldwell Banker provides users with great services. These services allow users to find new homes, rentals, and get assistance in selling owned properties.
The symbol for Great Northern Iron Ore Properties in the NYSE is: GNI.
Yes, when the particles of a medium move a great distance as the wave passes, the wave typically has a large amplitude. Amplitude is a measure of how far the particles of the medium move from their rest position as the wave passes through.
The word, metric, means referring to a measure: it is a measure of some characteristic and how it is measured depends on the way in which it is defined. This may be illustrated by considering the metric for distance. Conventionally, the metric for the distance between two points is the length of the straight line joining them. However, on the surface of a sphere, for example, it is a length along the "Great Circle". In a Minkovski space (for example a road grid like in Manhattan) it is the North-South distance plus the East-West distance.
The word, metric, means referring to a measure: it is a measure of some characteristic and how it is measured depends on the way in which it is defined. This may be illustrated by considering the metric for distance. Conventionally, the metric for the distance between two points is the length of the straight line joining them. However, on the surface of a sphere, for example, it is a length along the "Great Circle". In a Minkovski space (for example a road grid like in Manhattan) it is the North-South distance plus the East-West distance.
Travelling from Melbourne to Perth via the Great Ocean Road and Esperance is a distance of 3906 kilometres. Actual travelling time is 48 hours, but this does not allow for rest stops. It is a trip best spread out over an absolute minimum of 5-6 days.