Secondary colours

A shade is the darker version of a colour produced by adding black. Thus, adding black to a secondary colour such as green, orange, or violet creates a shade of that colour. A tint is produced by adding white, not black. The mixture does not become a new primary colour, and a complementary colour is selected from the colour wheel rather than created by darkening. Therefore, option B is correct.

White increases the value, or lightness, of orange and produces a lighter version called an orange tint. It does not change orange into green or turn it into a primary colour. Adding black would make orange darker and create a shade, so option A describes the opposite process. The governing rule is white equals tint and black equals shade. Therefore, option B is correct.

Adding black decreases the lightness or value of green, so the visible result is dark green. In colour theory, this darker version is called a shade of green. Light green would normally be obtained by adding white, which creates a tint. Mixing black does not transform green into orange or violet; it only darkens the existing hue. Therefore, option B is correct.

Violet is a secondary colour, and adding white increases its lightness while preserving its basic hue. The resulting lighter variation is called a violet tint and is commonly described as light violet. White does not create a different hue such as blue-green or red-orange, and dark orange would require a separate orange mixture and darkening process. Therefore, option A is the only correct answer.

Green is a secondary colour made by mixing yellow and blue. On a traditional colour wheel, each secondary colour is placed between the two primary colours that produce it. Thus green belongs between yellow and blue, making option B correct. Red and yellow surround orange, while blue and red surround violet; the centre is not the normal position for a colour segment.

Violet is a secondary colour produced by mixing red and blue. Consequently, its correct position on the traditional colour wheel is between red and blue, so option A gives the required correction. Yellow and blue surround green, while red and yellow surround orange. Leaving violet between red and yellow would confuse it with the position of orange.

A colour sample strip is a visual record of several mixtures placed in an organised sequence. It allows an artist to compare differences in hue, strength and lightness, especially when the proportions of the two primary colours change. Therefore option A is correct. It is not designed to test paper thickness, clean a brush or conceal colours; those actions do not support comparison.

Orange is produced by mixing red and yellow. When the original equal mixture receives additional red, the ratio shifts toward red, so the resulting colour appears reddish orange. It cannot become bluish or greenish because neither blue nor green has been added, while option A would require a greater proportion of yellow. Thus option B is correct.

The governing concept is the distinction between tint, shade, and hue. Adding black lowers the value of green and produces a darker shade of green. Adding white would make a tint, while changing the colour family would involve hue mixing rather than simply darkening it. Green remains a secondary colour, and black does not create its complement. Therefore option B is correct.

The governing concept is colour value. Adding white to a secondary colour such as green makes it lighter; this lighter version is a tint. Adding black makes the colour darker; this darker version is a shade. Option B reverses the definitions, while grey, a complementary colour, or water is not the basic rule being tested. Therefore option A correctly states the distinction between tint and shade.

The governing concept is that a tint is formed by adding white to a colour. Consequently, green becomes lighter in value while remaining within the green hue family; it does not become a primary colour or gain red. Adding white generally reduces saturation rather than increasing it, so option B is also incorrect. Thus option A identifies the visible and defining change.

In the traditional subtractive pigment model taught in basic colour theory, a secondary colour is produced by mixing two primary pigments. The familiar examples are orange from red and yellow, green from yellow and blue, and violet or purple from blue and red, although exact results depend on the pigments used. Option A states the governing definition. Black and white alter value, natural origin is irrelevant, and a secondary colour is formed through mixing.

The governing concept is secondary-colour formation. In the traditional artist’s colour wheel, green is produced by mixing the two primary colours yellow and blue, so it is placed between them. Therefore option B is correct. Red and yellow produce orange, while red and blue produce violet; black and white change value or tone rather than producing green. The position shows the colour’s mixing relationship.

The governing concept is the placement and formation of secondary colours. Violet is made by mixing the primary colours blue and red, so it lies between blue and red on the traditional colour wheel. Option C is therefore correct, even though the pair is written in the reverse order often used in colour-wheel diagrams. Yellow and blue produce green, red and yellow produce orange, and green with orange is not a primary pair.

A complementary colour is located directly opposite another colour on the traditional pigment colour wheel and creates strong contrast when placed beside it. Orange lies opposite blue, so blue is its true complement. Green is associated with red, violet with yellow, and yellow is adjacent to orange rather than opposite it. Therefore option C is correct, regardless of the fact that orange itself is made by mixing red and yellow.

The governing concept is colour temperature. Orange, made by combining red and yellow, carries the strongest warm association among the standard secondary colours because both of its parent colours are warm. Green is usually cooler or balanced depending on its bias, violet is generally cool, and grey is neutral rather than a standard chromatic secondary colour. Thus orange is the best answer.

In colour theory, a tint is a hue mixed with white. Adding white increases the colour’s lightness or value while usually retaining its basic hue, so option B is correct. Adding black produces a shade, not a tint. A complement tends to neutralise or dull the colour, and mixing all three primaries does not define a tint and may create a muddy neutral.

A shade is produced when black or another darkening colour is added to a hue. The governing change is a reduction in value, meaning the orange appears darker; therefore option B is correct. Adding white would create a tint and raise value. The colour does not necessarily become green, and saturation does not always increase when orange is darkened.

Colour classification is based on how a colour is formed, not on its apparent temperature, brightness, or position. In the traditional pigment model, red and yellow are primary colours, and mixing them produces orange. Because orange is formed from two primary colours, it is classified as a secondary colour, making option B correct. Orange need not always appear warm, the presence of white is irrelevant, and its location on a particular colour-wheel drawing cannot define the category.

The governing concept is the relationship between a secondary colour and the primaries that form it. Violet results from mixing red and blue, so placing it between red and blue on a colour wheel shows its component-colour or formation relationship. Value contrast concerns light and dark, neutrality concerns reduced chroma, and a monochromatic scheme uses variations of one hue. Thus, option A is correct.

The governing concept is secondary-colour mixing. Green is produced by combining yellow and blue. Yellow-green contains more yellow, whereas blue-green contains more blue, but both mixtures still share yellow and blue as their basic components. Red and yellow would tend toward orange, and black and white would only change value, not create these green mixtures. Therefore, option B is correct.

The governing concept is value modification. A tint is a lighter version of a hue made by adding white, whereas a shade is a darker version made by adding black. This makes option A correct. Option B reverses the definitions. A complementary colour may neutralise or dull a hue rather than define a tint or shade, and mixing primary colours describes colour creation, not the specific lightness change used for these terms.

The governing concept is secondary-colour formation in the traditional paint colour system. Each secondary colour is made by mixing two primary colours: red plus yellow gives orange, yellow plus blue gives green, and blue plus red gives violet. Therefore option B is correct. Option A lists the primary colours, while black, white, grey, pink, brown and cream are not the complete standard group of secondary colours.

Orange, green, and violet are secondary colours in the traditional colour wheel. They are formed by mixing pairs of primary colours: red with yellow produces orange, yellow with blue produces green, and blue with red produces violet or purple. Primary colours are the basic starting colours in this model, while neutral colours are usually black, white, grey, or muted tones. Monochromatic describes variations of one hue, not this group. Thus B is correct.

In the traditional paint colour model, red and yellow are primary colours whose mixture produces orange, a secondary colour. Therefore, option C is correct. Yellow mixed with blue generally produces green, while red mixed with blue generally produces purple or violet. The exact result can vary with pigments, but the standard school-level colour-mixing relationship is red plus yellow equals orange.