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Feild of veiw is widened Can determine the distance to objects
Jupiter is the largest planet in the Solar System, having a diameter of 142,984 km at its equator. 142,984 Kilometers = just over 88,846 Miles
It is the largest planet in the Solar System, having a diameter of 88846 miles at its equator.
Jupiter is about 300 times more massive than earth and has a diameter about 10x the size of the earth's.
For the same reason that the earth's distance from the sun is always changing. The orbits are elliptical and not circular. Virtually all orbits in the solar system are elliptical, Pluto's being the most extreme of the major and minor planets. Some of the moons come close to having no eccentricity.
Stand facing the moon. Hold your arm straight out holding the ruler horizontal and across your line of sight. Raise or lower the ruler stick so that the diameter of the moon is aligned with the straight edge. Using the pen, mark the apparent positions of the two ends of the diameter. Suppose the distance between then is x millimetres. Measure the distance from your eye to the ruler stick = y mm. Suppose the known diameter of the moon is m km. Then, by similar triangles, x/y = m/d where the distance to the moon is d km. That is, d = (m*y/x) km. It is best to use the same measurement unit for x and y, and for m and d. They can be Imperial or metric (or made up ones). That will avoid having to convert.
The radius is half the diameter or the the distance from the center of the circle to any point on the circumference.
Its 567162.5cm2
Feild of veiw is widened Can determine the distance to objects
By the person's way of answering certain questions, or by listening to the person while having a conversation with him.... There is no other way of knowing people except by having conversations with them.
Diameter of a sphere having the same volume as the particle
is the diameter of a sphere having same volume as that of the paricle.
Knowing the divisibility rules will help you by being able to recognize if a number has factors (other than one and itself) which are covered by the rules. This will save actually having to start doing divisions.
a circle having a diameter of 1.4732 meters has an area of about 1.7 square meters.
Know = to be aware of something
Bob was having a hard time finding out the diameter of the circles on his test. :)
I would find a ruler, a tape measure, or a micrometer, and use it to measure the maximum distance between any two points on the quarter's circumference. Having that number, I would then examine the tool to determine what system of units forms the basis of its graduations. If that system is any other than the English system of units, I would then apply the appropriate conversion factor that relates the English units of length to those of the system indicated on the tool.