The reason is because that's how gravity behaves.
Furthermore and in addition, if you take a big yellow legal pad and a bunch of
#2 pencils, and play with the hypothesis that closed orbits are the result of the
mutual attractive force of a gravitational field, you discover that if the effect of
the distance on the gravitational force is anything different from 1/D2, then
closed orbits are impossible.
Since we see closed orbits all around us, in the solar system and elsewhere,
we either have to accept the inverse-square law of gravity, or else we have to
toss the whole theory of gravity and find something else.
-- take the difference between the 'x' values of the two points; square it -- take the difference between the 'y' vales of the two points; square it -- add the two squares together -- take the square root of the sum The result is the distance between the two points.
Zero. Square feet are a measure of area. A yard is a measure of length/distance.
-- Square the difference between their 'x'-values. -- Square the difference between their 'y'-values. -- Add the two squares. -- Take the square-root of the sum. The result is the distance between the points.
The idea is to use the Pythagorean theorem: take the square root of (square of the difference in x-coordinates + square of the difference in y-coordiantes).
You take the two endpoints of a line segment, and use the distance formula on it. The distance formula is the square root of (x1-x1)2 + (y1-y2)2
you take the horizontal distance between the points and square it, then add that to the square of the vertical distance. Now take the square root of the sum. You are really just making a triangle an using the pythagorean theorem.Read more: What_does_the_distance_formula_look_like
you take the horizontal distance between the points and square it, then add that to the square of the vertical distance. Now take the square root of the sum. You are really just making a triangle an using the pythagorean theorem.
-- take the difference between the 'x' values of the two points; square it -- take the difference between the 'y' vales of the two points; square it -- add the two squares together -- take the square root of the sum The result is the distance between the two points.
It would take at least 1 hour.
Zero. Square feet are a measure of area. A yard is a measure of length/distance.
In the law of gravity, 'r' represents the distance between the center of mass of two objects. This distance is a critical factor in calculating the gravitational force between the objects. The force decreases as the distance 'r' increases, following the inverse square law.
-- Square the difference between their 'x'-values. -- Square the difference between their 'y'-values. -- Add the two squares. -- Take the square-root of the sum. The result is the distance between the points.
Gravity is affected by the masses of the objects, and the distance between them (really the distance between their centers). Greater mass increases the force of gravity. Greater distance decreases the force of gravity.
The origin on a graph is the point (0,0).You can find the distance to a point by applying the Pythagorean theorem:Square the x coordinate and add it to the square of the y - coordinate of the point.Now take the square root of your answer.The result is the straight line distance from the origin to the point.
The idea is to use the Pythagorean theorem: take the square root of (square of the difference in x-coordinates + square of the difference in y-coordiantes).
No, it is the sun's gravity that affects the planets revolutions. The planet's distance from the sun is also very important in the time it takes to revolve around the sun.
It's about 84.9 ft. U take the amount of feet between a base and square it, multiply by 2, and take the square root of it... This is the pythagorus theorem