If the area swept by the line joining the sun and the earth from Feb `1` to Feb `7` is `A`, then the area swept by the radius vector from Feb `8` to Feb `28` is

Let A be the area swept out by the line joining the earth and the sun during first week of Feb, 1991. The area swept out by the line during a typical week in Feb, 1992 is

Let A be the area swept by the line joining the earth and the sun during Feb 2007 . The area swept by the same line during the first week of that month is

Let 'A' be the area swept by the line joining the earth and the sun during Feb 2012 . The area swept by the same line during the first week of that month is

Let A be the Area Swept by the line joining the earth and the sun during Feb-2007. The Area Swept by the same line during the first week of that month is

How fast (in m^2//s ) is area swept out by (a) the radius from sun to earth ?

A rocket is launched normal to the surface of the earth, away from the sun, along the line joining the sun and the earth. The sun is 3 xx 10^(5) times heavier than the earth and is at a distance 2.5 xx 10^(4) times larger than the radius of the earth. the escape velocity from earth's gravitational field is u_(e) = 11.2 kms^(-1) . The minmum initial velocity (u_(e)) = 11.2 kms^(-1) . the minimum initial velocity (u_(s)) required for the rocket to be able to leave the sun-earth system is closest to (Ignore the rotation of the earth and the presence of any other planet