Eighty of a hundred eighty four pass light
On this page11
The color field on this shelf divides into three optical states
Seventy six rows are recorded as clear and four as frosted, so 80 of 184 pass light in some form. Thirty two are amber and two dark amber, which is 34 that block it. The remaining 70 are opaque or tinted.
For a group judged by appearance that split is the whole decision
A clear jar lets the contents be identified without opening it. An amber one does not, and on this shelf that is a trade rather than a preference.
Clear and frosted are not the same thing and the record does not grade them
Clear transmits an image. Frosted transmits light and scatters it, so a frosted jar shows that something is there and not what it is. Four rows are frosted and the field gives no measure of how much.
Natural is a third state again
Three rows are recorded as natural, which is unpigmented polypropylene. It is translucent rather than clear, so it behaves more like frosted than like clear, and the color name says none of that.
So the honest statement is about three named states and not about a measurement
The record states a color name. It does not state a transmission figure, a haze value or any optical property, and no page here converts a color into one.
The amber end exists for a reason that does not apply here
Amber blocks light to protect contents that degrade in it. A stone does not, which means those 34 rows are, for this group, 34 fewer clear ones rather than a protective option.
Which is the opposite of what the same color means on other shelves
On a shelf of essential oils or tinctures the amber rows are the right answer and the clear ones are the compromise. Same containers, inverted preference, because the contents changed.
And it is worth saying plainly that color is not a sorting system
A set organized by container color fails for a substantial number of readers and fails for everybody in poor light. The color counts here describe what supply exists.
The organizing information belongs in text on the container
Which is the same conclusion several properties in this library reach from different directions. A written value on a lid works for every reader and in every light.
The capacity distribution supports a one-color-per-jar approach
Seventeen of 184 containers hold 15 milliliters or less, 27 hold 30 or less and 59 hold 60 or less. So the small end is deep enough for a sorted set of bead colors.