Let me preface this briefly with a little modern printing history.
In the early days of color printing, with the devolpment of the three color process (cyan, magenta, and yellow) there were two ways to print black. Printers could pass board (paper) through the press in a first pass and print all black areas;typically this was for jobs with large black areas. Or, board would print in one pass, and a mixture of the three colors would produce a shade of black.
Essentially, cyan, magenta, and yellow (CMYK) will make black.
Because CMYK does not produce a perfect black, four color presses were developed that included black ink application.
mix glue with black ink
There is no type of ink but some the colors are dark blue, green, red,
black and white make gray
The two colors mixed together to make dark blue is blue and black. You can make any color darker or lighter using black and white.
Black mixed with grey
Black....
Yellow red and blue
Color printers use all of the colors plus a little black ink to make black. Since the other colors come in smaller cartridges you'll be replacing them more often than the black.
To print white ink on black paper, you will need a printer that has white ink capabilities. These specialized printers use a white ink cartridge instead of the traditional CMYK colors. Make sure to adjust the settings on the printer to ensure the white ink is printed on the black paper effectively.
Black biro ink typically consists of a mixture of black, blue, and purple color pigments. These colors combine to create the dark and rich black color commonly seen in biro pens.
chromatography
Black ink may be made in a wide variety of ways, the easiest is simply to use finely divided carbon black particles (e.g. from soot) in which case the only color in the ink is black.
To determine the colors in black biro ink, you can use chromatography, a method that separates the components of a mixture. By applying a small amount of the ink onto a piece of chromatography paper and then placing it in a solvent (like alcohol), the different dye components will travel at different rates, separating into distinct color bands. This technique reveals the various colors that make up the black ink.
Despite its name, black holes have no color. This is because color is basically light detected by your eyes. Since light cannot escape from a black hole, it has no color. However, the rings of matter that have not yet fallen in to the black hole may have a variety of colors.
One method to separate dyes of different colors in black ink is through a process called chromatography. In chromatography, the ink sample is placed on a material that allows the dyes to move at different rates, based on their chemical properties. As the dyes separate, they can be visually distinguished by the bands of different colors they produce on the material.
Black ink may be made in a wide variety of ways, the easiest is simply to use finely divided carbon black particles (e.g. from soot) in which case the only color in the ink is black.
Ancient Egyptians used a limited palette of colors for ink, primarily black and red. Black ink was made from soot or carbon, while red ink was created using ochre or iron oxide. These colors were used for writing on papyrus and inscriptions, with black for the main text and red often used for headings or important information. Other colors like green, blue, and yellow were used for illustrations and decorative purposes, but black and red were the most common for written communication.