Compact objects and black-holes2. Consider three compact objects in the form of: a white dwarf of 0.5Mo; aneutron star of 1.4Mo and a black-hole of 50 Mo. The radii of the whitedwarf and neutron star are: Rwp 5.5 106 m and and RNS10 Km.(a) Determine the radii of curvature Re = c2/g (where c is the speed of lightand g is the local gravitational acceleration) around cach objcct specifyingwhich radius you assume for the BH.

Compact objects and black-holes 2. Consider three compact objects in the form of: a white dwarf of 0.5Mo; a neutron star of 1.4Mo and a black-hole of 50 Mo. The radii of the white dwarf and neutron star are: Rwp 5.5- 106 m and and RNS 10 Km. |3D (a) Determine the radii of curvature Re= c/g (where c is the speed of light and g is the local gravitational acceleration) around cach object specifying which radius you assume for the BH.

Compact objects and black-holes 2. Consider three compact objects in the form of: a white dwarf of 0.5Mo; a neutron star of 1.4Mo and a black-hole of 50 Mo. The radii of the white dwarf and neutron star are: Rwp 5.5- 106 m and and RNS 10 Km. |3D (a) Determine the radii of curvature Re= c/g (where c is the speed of light and g is the local gravitational acceleration) around cach object specifying which radius you assume for the BH.