Dosing cup for a detergent composition

A dosing cup having a longitudinal axis and comprising:

• a base;
• an opening opposing the base, wherein the opening is circumscribed by a rim;
• a sidewall extending from the base to the rim, wherein the sidewall comprises:
• a first portion extending from the rim toward the base, the first portion having a first translucency;
• and
• a second portion extending from the base toward the rim, the second portion having a second translucency that is different from the first translucency,
• wherein the first and second portions are contiguous, wherein the first portion comprises a first dosing indicium and the second portion comprises a second dosing indicium, wherein the first dosing indicium is circumferentially adjacent and axially aligned with the second dosing indicium, and wherein the first dosing indicium is selected from the group consisting of a raised portion, an etch, a depression, printing, or a combination thereof and the second dosing indicium is a notch or a nub.

A dosing cup having a longitudinal axis and defining an interior and exterior, the dosing cup comprises:

• a base;
• an opening opposing the base, wherein the opening is circumscribed by a rim;
• a sidewall extending from the base to the rim, wherein the sidewall comprises:
• a first portion extending from the rim to the base, the first portion having a first translucency, wherein the first portion comprises a projection that extends axially along the sidewall, the projection having a dosing indicium;
• and
• a second portion extending from the base toward the rim, the second portion having a second translucency, wherein the second portion comprises a recess having a dosing indicium, wherein the projection of the first portion mates with the recess of the second portion and the dosing indicium of the projection is axially aligned with the dosing indicium of the recess,
• wherein the first translucency is different than the second translucency, and
• wherein the second portion partially overlaps the first portion, and
• wherein the second portion does not overlap the first portion at the projection.