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Yes, a second glass prism can be used to recombine the spectral components that have been separated by the first prism. By carefully positioning the second prism, the dispersed light can be reversed and the original white light reconstituted. This process is known as prism recombination or prism recollection.
In 1964, Robin Holliday proposed a model that accounted for heteroduplex formation and gene conversion during recombination. Although it has been supplanted by the double-strand break model (at least for recombination in yeast and higher organisms), it is a useful place to start.
When the colors formed by a prism is made to pass through a second prism, it results in producing white light. Newton's experiment demonstrated in this method is recombination of light. Conversely dispersion can be demonstrated with the help of a single prism.
it means draw a model, it really just depends on the question, if it says make a model of your house with the dimensions, then you would draw the basic outline of your house (a rectangular prism with a pyramid?) and add the dimensions on the sides.
24 cubes 1x1x1
A larger rectangular prism.
Two are needed at each end of the prism
A rectangular prism.
Google 'triangular prism net' and there will be some guides on there.
No. All we can say for sure is that iron bars do not a prism make.
you get a prism glass block and a thin ray of light shining onto the prism and rotate the prism till you see the spectrum
The answer depends on their relative dimensions.