Row 1
Row 2
Row 3
100

1. _____ in haircutting is the amount of pressure applied when combing or holding a subsection during a haircut

A. Tension

B. Tightness

C. Streching

D.Density


A.Tension

100

7. Which type of texture shear adds increased blending?


A.Chunking

B.Thinning

C. Texturizing

D.Blending



C. Texturizing

100

15. What bone protrudes at the base of the skull?

A. Parietal bone

B. Occipital bone

C. Temporal bone

D. Frontal bone

B. Occipital bone

200

2. Which method involves cutting or layering the hair in such a way that the fingers and shears glide along the edge of the hair to remove length?

A.slide cutting

B. Stacking


C. Scissors over comb 

D. Blunt cut

A. Slide cutting

200

10. A _______ is a thing, continuous mark, curved or straight, used as a guide while cutting hair

A. Line

B. Angle

C. Diagonal

D. Section


A. Line

200

19.What area of the head is located between the apex and the back of the parietal ridge?


A. crown

B. front

C. Sides

D. Top

 A. crown

300

The ____ area is defined as the area at the back part of the neck and consists of the hair below the occipital bone.

A. Crown

B. Neckline

C. Side

D.Nape

D.Nape

300

11. The _____ is the visual line in the haircut where ends of the hair hang together

A. Layers

B. Cutting line

C. Weight line

D. elevation

C. Weight line

300

27. Hair ____ is the number of individual hair starts per sq inch


A. Density

B. Thickness

C. Texture

D. Lenght

A. Density

400

5. ____ reduces strain on the index finger and thumb while cutting the hair

Palming shears

400

16. What is the elevation, or degrees, contained in a blunt or one-length haircut?


zero degrees

400

38. For control during a haircut, the hair is parted into working areas called


D. Sections

500

6. A _____ is created when the space between two line or surfaces intersects at a given point

Angle

500

18. The _____ is the direction in which hair grows from the scalp and is also called the natural falling position

Growth pattern

500

What is the ideal Rockwell hardness of a shear

56-57