To solve this problem, we need to understand the behavior of white light in Young's double slit experiment.$\\$• In Young's double slit experiment, when a monochromatic source is used,$\\$ the interference pattern consists of alternating bright and dark fringes of equal width.$\\$• When the monochromatic source is replaced by white light, which contains multiple wavelengths,$\\$ each wavelength will produce its own interference pattern.$\\$• The central fringe will be white because all wavelengths (colors) constructively interfere at the center.$\\$• Surrounding the central white fringe, there will be colored fringes. This is because different wavelengths$\\$ (colors) will interfere constructively and destructively at different positions, creating a spectrum of colors.$\\$• The width of the fringes will vary for different colors because the fringe width is inversely proportional$\\$ to the wavelength. Thus, red fringes will be wider than blue fringes.$\\$Therefore, the correct option is:$\\$Option 1: There will be a central bright white fringe surrounded by a few colored fringes.$\\$This explanation aligns with the behavior of white light in the double slit experiment.