During an indirect connection in a Dance Passage, which types of movements are permitted between dance elements?

During an indirect connection in a Dance Passage, which types of movements are permitted between dance elements?

• A. Running steps, small hops, skips, chassés, and assembles/turns on 1 or 2 feet between elements.
• B. Pauses or stops are allowed between elements.
• C. Flying leaps with a full rotation between elements.
• D. Static holds with no motion between elements.

Answer: (A)

Indirect connections focus on moving between dance elements without stopping the flow. The transitions between elements should be travel movements that keep you in motion, not pauses. The movements that fit this are running steps, small hops, skips, chassés, and assembles or turns on one or two feet, as these maintain momentum and fit the rhythm between elements. Pauses or stops disrupt the flow and aren’t allowed in an indirect connection. Flying leaps with a full rotation between elements introduce a separate leap action rather than a simple transition and aren’t considered a standard indirect connection. Static holds with no motion between elements are also pauses and not permitted. So the listed transitions in motion between elements are the correct approach.

Indirect connections focus on moving between dance elements without stopping the flow. The transitions between elements should be travel movements that keep you in motion, not pauses. The movements that fit this are running steps, small hops, skips, chassés, and assembles or turns on one or two feet, as these maintain momentum and fit the rhythm between elements. Pauses or stops disrupt the flow and aren’t allowed in an indirect connection. Flying leaps with a full rotation between elements introduce a separate leap action rather than a simple transition and aren’t considered a standard indirect connection. Static holds with no motion between elements are also pauses and not permitted. So the listed transitions in motion between elements are the correct approach.