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(Source: Wikipedia)
When we look at a rainbow it will always have the colors from top to bottom:
Red; orange; yellow; green; blue; indigo; violet

_{Image credit: CC-By-SA 2.5 Wing‑Chi Poon via Wikimedia Commons}

When we look at a rainbow it will always have the colors from top to bottom:
Red; orange; yellow; green; blue; indigo; violet

##Introduction:

##Challenge:

##Challenge rules:

##General rules:

##Test cases (first n=1 through n=10, and n=25):

Introduction:

Challenge:

Challenge rules:

General rules:

Test cases (first n=1 through n=10, and n=25):

• You are allowed to use capital VIBGYOR instead of lowercase
• There should be a space between the individual rainbows
• Any amount of leading and/or trailing spaces/new-lines are allowed, as long as the actual rainbow (wherever it is placed on the screen) is correct
• The input will always be a positive integer (>= 1). The behavior when n=0 is therefore undefined, and the program/function can do whatever it wants (outputting nothing; outputting the rainbow of n=1; random output; fail with an error; etc.)
• Ignore the fact that the outputs looks more like Mayan temples than rainbows.. xD

• You are allowed to use capital VIBGYOR instead of lowercase
• There should be a space between the individual rainbows
• Any amount of leading and/or trailing spaces/new-lines are allowed, as long as the actual rainbow (wherever it is placed on the screen) is correct
• The input will always be a positive integer (>= 1). The behavior when n=0 is therefore undefined, and the program/function can do whatever it wants (outputting nothing; outputting the rainbow of n=1; random output; fail with an error; etc.)
• You are allowed to output a list/array of strings or 2D array/list of characters if you want (you could add the actual pretty-printing code in the TIO footer).
• Ignore the fact that the outputs looks more like Mayan temples than rainbows.. xD