What are 6 movements in dance?

What are 6 movements in dance?

There are six main movement qualities in dance that aim to describe dynamics in dance. These qualities are swinging, suspended, vibratory, sustained, percussive and collapsed.

What are the 5 actions in dance?

5 Body Actions in Dance and Stillness

  • Jump.
  • Turn.
  • Gesture.
  • Transference of weight.
  • Stepping.

What are the actions in dance?

Action includes small movements like facial expressions or gestures, as well as larger movements like lifts, carries, or catches done with a partner or in a group. “Action” is also considered the movement executed as the pauses or stillness between movements.

What are the 4 qualities of movement?

qualities of movement: The most recognized qualities of movement are sustained, percussive, suspended, swinging, and collapsing.

What are the 4 elements of dance?

There are four fundamental compositional elements of dance: space, time, force, and shape.

What are gestures in dance?

In terms of Labanotation (a means of writing dance and movement) a gesture is the movement of any part of the body that is not weight bearing. In actuality a dancer can and does gesture with any part of the body, weight bearing or not.

What are actions and dynamics in dance?

ACTIONS – WHAT a dancer does eg travelling, turning, elevation, gesture, stillness, use of body parts, floor-work and the transference of weight. DYNAMICS – HOW the dancer moves eg fast/slow, sudden/sustained, acceleration/deceleration, strong/light, direct/indirect, flowing/abrupt.

What is Action Reaction in dance?

Action Reaction. When one dancer performs an action which initiates a. response from another for example, one dancer push.

What are the 6 characteristics of a good dance?

Specifically, in dance we identify six dynamic qualities: sustained, percussive, swinging, suspended, collapsed, and vibratory.

What are the different kinds of movements?

Types of movements in the human body

Flexion Bending
Extension Straightening
Abduction Moving away from the reference axis
Adduction Bringing closer to the reference axis
Protrusion Forward