They are seperate from each other that said,none of each other's business:)
The answer depends on what information you have about the circles and their relative positions. If you have the radii of the two circles, r and s, and the distance between their centres, d then the two circles can be written as:(x + d/2)2 + y2 = r2 and (x - d/2)2 + y2 = s2.=> 2xd = r2 - s2=> x = (r2 - s2)/2d where all three values on the right hand side are known. So, x can be calculated and, substituting this value of x in the equation for either circle gives a quadratic equation in y. Solving the quadratic will give y1 and y2. Then the coordinates of the chord's end-points are (x, y1) and (x, y2) and the length of the chord is abs(y2 - y1).
Any number from 2 to 10, depending on their relative shapes, sizes and positions.
A cylinder has two circles as its bases.
The answer depends on their relative sizes and positions.
They are seperate from each other that said,none of each other's business:)
The top two positions in the House are actually a top four position. Those positions consist of the Majority Leader and the Majority Whip, the Minority Leader and the Minority Whip. Each is consistent with the relative party that is in control of the house.
The answer depends on what information you have about the circles and their relative positions. If you have the radii of the two circles, r and s, and the distance between their centres, d then the two circles can be written as:(x + d/2)2 + y2 = r2 and (x - d/2)2 + y2 = s2.=> 2xd = r2 - s2=> x = (r2 - s2)/2d where all three values on the right hand side are known. So, x can be calculated and, substituting this value of x in the equation for either circle gives a quadratic equation in y. Solving the quadratic will give y1 and y2. Then the coordinates of the chord's end-points are (x, y1) and (x, y2) and the length of the chord is abs(y2 - y1).
The answer will depend on the relative positions of the points.
Any number from 2 to 10, depending on their relative shapes, sizes and positions.
yes
With two circles you can get 8 and ∞.
it would be the diameter of the smaller circle times sqrt 2
the object is moving relative to that point.
A cylinder has two circles as its bases.
Concentric circles.
right