Sounds like an observational question to me. What did you SEE when you did the experiment? We don't know what happened; only someone who actually did this particular experiment could possibly know. We could make some guesses (if you had given us more details), but we wouldn't KNOW.
Sounds like an observational question to me. What did you SEE when you did the experiment? We don't know what happened; only someone who actually did this particular experiment could possibly know. We could make some guesses (if you had given us more details), but we wouldn't KNOW.
Sounds like an observational question to me. What did you SEE when you did the experiment? We don't know what happened; only someone who actually did this particular experiment could possibly know. We could make some guesses (if you had given us more details), but we wouldn't KNOW.
Sounds like an observational question to me. What did you SEE when you did the experiment? We don't know what happened; only someone who actually did this particular experiment could possibly know. We could make some guesses (if you had given us more details), but we wouldn't KNOW.
Hoop, ball, ribbon, rope, clubs
Ball, hoop, clubs, ribbon, and rope.
in rhythmic gymnastics there is rope, hoop, ball, ribbon and clubs.
String, twine, rope, cord, wire, ribbon.
A ball, rope, hoop, ribbon (with a stick), and clubs
perhaps i saw that I'm displacing from my original position though it's not me which is displacing its position. it is the which is rotating that's why it seems to dispacement of mine.
Nothing would happen. The ribbon would stay in the middle because the force pulling in each direction is equal.
There are 5 different pieces of equipment that is used. These are: Hoop, Rope, Clubs, Ball and Ribbon.
As waves pass through a rope, the individual segments of the rope move in a perpendicular direction to the wave's travel. When a wave travels along the rope, each piece oscillates up and down while the wave itself moves horizontally along the length of the rope. This creates a transfer of energy along the rope, while the segments return to their original position after the wave has passed. Thus, the movement is characterized by a series of cycles of compression and rarefaction as the wave propagates.