[" Two uniformsolid spheres of equal radiiR but mass Mann "],[" ashown in Fig.The twe sphheres add fixed.Aproject "],[" the sphere of mass M dreetly towards the centre of the se "],[" minimum speed vofthe proiectile so the in reaches the se "]

Two uniform solid spheres of equal radii R, but mass M and 4 M have a center to centre separation 6 R, as shown in figure. The two spheres are held fixed. A projectile of mass m is projected from the surface of the sphere of mass M directly towards the centre of the second sphere. Obtain an expression for the minimum speed v of the projectile so that it reaches the surface of the second sphere.

Two uniform soild spheres of equal radii R but mass M and 4M have a centre to centre separation 6 R , as shows in Fig. (a) The two spheres are held fixed. A projectile of mass m is projected from the surface of the sphere of mass M directly towards the centre of teh second. Obtain an expression for the minimum speed upsilon of the projectile so that it reaches the surface of second sphere.

Two uniform soild spheres of equal radii R but mass M and 4M have a centre to centre separation 6 R , as shows in Fig. (a) The two spheres are held fixed. A projectile of mass m is projected from the surface of the sphere of mass M directly towards the centre of teh second. Obtain an expression for the minimum speed upsilon of the projectile so that it reaches the surface of second sphere.

Two uniform soild spheres of equal radii R but mass M and 4M have a centre to centre separation 6 R , as shows in Fig. (a) The two spheres are held fixed. A projectile of mass m is projected from the surface of the sphere of mass M directly towards the centre of teh second. Obtain an expression for the minimum speed upsilon of the projectile so that it reaches the surface of second sphere.