British flag theorem that and by a similar argument the squared lengths of the distances from "P" to the other three corners can be calculated as Therefore: This theorem takes its name from the fact that, when the line segments from "P" to the corners of the rectangle are drawn, together with the perpendicular lines used in the proof, the completed figure somewhat resembles a Union Flag. British flag theorem In Euclidean geometry, the British flag theorem says that if a point "P" is chosen inside rectangle "ABCD" then the sum of the squared Euclidean distances from "P" to two opposite corners of
Flag of the President of the United States always a president serving in office. The current flag is defined in : Attached to the order were illustrations of the seal and flag, and also a set of "specifications" for the flag, which defines more precise colors for the elements than does the blazon of the coat of arms: During the committee discussions which eventually led to the Flag Act of 1818, an additional flag was proposed which was to indicate the President's presence at places he visited. The design divided the flag into four quarters (like the British royal standard): the upper left was the white stars on