Aveda Full Spectrum Permanent Pure Tone Hair Color Quiz

Aveda's permanent color line is known as Full Spectrum Protective Permanent Creme Hair Color.

Aveda's developer is known as Color Catalyst as they specialize in creating unique and vibrant hair color formulas.

Aveda's Demi-Color is specifically known as Full Spectrum Deposit-Only Color Treatment, which is different from other types of hair coloring products such as semi-permanent color, temporary color rinse, and permanent hair dye.

The activator for deposit-only color is specifically referred to as Color Treatment Activator and Color Treatment Liquid Activator to ensure the desired results.

The correct answer 'Light pure base' is commonly used when creating light intense warm colors due to its properties and ability to achieve the desired hue.

Light Gold is typically achieved by mixing yellow and orange tones, hence the abbreviation Y/O in the correct answer.

Light Ash is created by mixing light violet/blue tones, while the incorrect answers do not accurately represent the pure tone required.

Light Intense Ash is achieved by mixing Light B/B, which results in a cool-toned ashy color.

Light Copper is commonly represented by the pure tone Light O/R, as it closely resembles the color of copper with a lighter shade.

Light N/N is the correct answer as it provides the specific tone needed for Extra Grey Coverage. The other options do not correspond to the desired color tone.

Dark Ash being a subtle and cool tone is achieved through the combination of dark shades of blue and violet, hence the correct answer Dark B/V.

Intense Ash is achieved by combining the pure tones Dark Blue and Green.

Dark Gold is a mix of dark yellow and orange tones, hence the abbreviation 'Y/O'. Light Pink, Bright Purple, and Pale Teal do not create the color Dark Gold.

Dark Copper is a mixture of dark red and orange tones, represented as Dark R/O. Light B/G, Bright Y/G, and Deep V/B do not combine to create the specific shade of Dark Copper.

Dark Red is a color tone produced by Dark R/R, which represents a specific frequency in the red spectrum. Maroon R, Burgundy B/G, and Crimson R are shades of red but do not specifically produce the Dark Red tone.

Dark Red Violet is a specific shade of purple, created by mixing dark red tones with violet. The incorrect answers provided are different colors that do not create the shade of Dark Red Violet.

The correct answer, Dark N/N, is a specific pure tone that results in dark grey coverage. The incorrect answers do not produce the desired dark grey coverage and are therefore not the correct choice.

Aveda's lightener is actually called Enlightener Powder Lightener, not Brightener, Radiant, or Glow Powder Lightener.

Aveda's hair color thickener is actually called Color Viscosity, which helps in enhancing and thickening the hair color application process.

When using Aveda's lightener on the scalp, it is important to mix it with Enlightener Creme Booster for best results.

Aveda's permanent color is mixed in a 1:1 ratio, meaning equal parts of color and developer are used for the mixture.

The correct shades of enlightenment are related to different times of the day or natural occurrences such as dawn and dusk. Morning, Nightfall, Noon, and Brightness are not among the commonly accepted shades of enlightenment.

Shades of enlightenment are mixed in a 1:2 ratio, meaning one part of one shade is mixed with two parts of another shade.

Developers are used in hair coloring to help achieve the desired shade or tone. In this case, 30 volume and 40 volume developers are specifically used for shades of enlightenment.

When working with foils for hair color, it is common practice to 'ribbon' the foil before placing it in the hair to ensure an even and precise coloring application. Folding, scrunching, or crumpling it may lead to uneven color distribution.

When foiling, placing the product 1/16 of an inch away from the scalp helps achieve a seamless and natural-looking blend of color without creating harsh lines or roots. Placing the product too far or too close can result in uneven color distribution or root-like appearance.

The correct answer shows a willingness to practice and attempt the task despite initial uncertainties, while the incorrect answers display lack of knowledge or confidence in drawing the diagram.

In foiling, to achieve a Fine Effect, the recommended number of weaves is between 10 to 12. This creates a delicate and detailed result in the foiling process.

When creating a foiled effect, the number of weaves made determines the intensity of the effect. For a Medium Effect, 6 - 8 weaves are typically used to achieve the desired result.

When foiling, making 2 - 3 weaves is considered optimal for a Strong Effect as it allows for a good balance between coverage and intensity of the color.