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If the shape is circle then circumference. If any other form (non-symmetrical) then you can measure the area with integration from Calculus.
No, it is not. The y-intercept is the point where a function is evaluated as x=0. The point symmetrical to that is the one the same distance from the origin along the y-axis. For example, in the function y = 3x + 2, the y=intercept is (0,2) and the point symmetrical to that is (0,-2) Also, the x-intercept is when y=0 (solving for x) ■
To get an "approximate" distance to the oceanic horizon from a particular observation point, take the square root of the height of the observation point, add 22.5%, and that will give you the distance in statute miles. For example, if your eyes were 6 feet off the ground, and you stood atop a 50' tower, your observation point would be 56'. The square root of 56' is 7.48. Add 22.5% of 7.48 (1.68) to 7.48 and you have 9.16 statute miles from your eyes to the horizon.
The answer lies in the question! The first lot measure where the centre of a distribution or observation lies while the second lot are a measure of the distance of individual observations from the centre.
The circumstances of a circle are that it is a perfectly round shape and that its perimeter is better known as its circumference.
A Bhattacharyya distance is another term for a Hellinger distance, a measure used to quantify the similarity between two probability distributions.
electrisity leaves the power plant and is transformed for a long distance at voltages
Assuming the wave is regular and symmetrical, it will be 0.3 m.
There are slight differences between the terms inspection and observation. Inspection is when a person takes a very close look at the details of something or someone. An observation is an opinion that is done from a distance.
18713, 18719, 18731, 18743, 18749 18731 is the center of the 5 primes. Notice that the distance from it to each on the the left and right is the same. Now do you see what a symmetrical primes is?
If the shape is circle then circumference. If any other form (non-symmetrical) then you can measure the area with integration from Calculus.
DIP
No, it is not. The y-intercept is the point where a function is evaluated as x=0. The point symmetrical to that is the one the same distance from the origin along the y-axis. For example, in the function y = 3x + 2, the y=intercept is (0,2) and the point symmetrical to that is (0,-2) Also, the x-intercept is when y=0 (solving for x) ■
horizontal
To get an "approximate" distance to the oceanic horizon from a particular observation point, take the square root of the height of the observation point, add 22.5%, and that will give you the distance in statute miles. For example, if your eyes were 6 feet off the ground, and you stood atop a 50' tower, your observation point would be 56'. The square root of 56' is 7.48. Add 22.5% of 7.48 (1.68) to 7.48 and you have 9.16 statute miles from your eyes to the horizon.
Mars is not always the same distance from the sun because it has an elliptical orbit. If it had a perfectly circular orbit, then it would always be the same distance from the sun.
parallel lines because they are perfectly straight towards the other