floor, beam, bars and vault.
Some common apparatus used in gymnastics include the balance beam, uneven bars, vaulting table, and floor exercise mat. Each apparatus challenges gymnasts in different ways, testing their strength, flexibility, coordination, and technique. Competitors showcase their skills on these apparatuses in various gymnastics events such as the vault, uneven bars, balance beam, and floor exercise in artistic gymnastics.
Parallel bars are a piece of mens gymnastics apparatus parallel bars are two raised wooden bars that run parallel to each other
The rope is very a versatile apparatus. Each apparatus has a different focus e.g. the ball is mostly flexibility movements and the ribbon is mostly pivots. The rope is mostly jumps and leaps. Gymnasts also do lots of handling movements and skips.
Actually there are 6 types under the heading gymnastics. These are: Artistic, Rhythmic, Acrobatic, Aerobic, Tumbling and Trampolining. Each different types arose due to different areas being incorporated within the FIG. Artistic uses the apparatus, Rhythmic uses the 5 portable apparatus, Acrobatic uses the floor as a pair or team without apparatus, Aerobic is like doing vigourous exercise on the floor, Tumbling uses a 25 metre springy mat and Trampolining obviously uses a trampoline.
gymnastics moves that are joined together, they have to flow between each one though
There are way too many to list. It changed for each apparatus. The basics are. No lyrics in floor music, no underwear showing under leotard, no shorts ontop of leotard, you must complete a skill, if you fail to complete it you lose points, you must not fall off the apparatus, music is only allowed for floor, you must compete in floor, bars, beam and vault. There just some of the basics, there a many more.
Each of the organelles are indeed necessary for an animals cell apparatus. These are the nucleus, mitochondria, and endoplasmic reticulum.
50 dollars
It depends on the level of the gymnast.
Precision of an apparatus refers to the degree of consistency or reproducibility in its measurements. It relates to how closely values obtained from repeated trials align with each other. A highly precise apparatus will produce measurements that are very close to each other, indicating a minimal amount of variation.
Competitive gymnastics is exactly what it is called. You travel to gymnastics meets and compete gymnastics skills on the events. You get a score, based on a 10 point scale, from 2-3 judges. You are then awarded first, second, third, so on in each event in your age group.
Up to the Athens 2004 Olympics, the gymnast was awarded a score on each apparatus out of a maximum of 10.0 points. That means that if the gymnast performed a difficult enough routine, with no flaws, they would receive a score of 10.0. However, the code of points changed just before the 2006 Commonwealth Games. The gymnast's score on each apparatus is now made up of two separate scores: the 'A' score and the 'B' score. The 'A' score is the difficulty value of the routine, and has no maximum value or limit. The harder the routine, the higher the A score. The A score starts at 0 and value is added on for each skill performed. The highest A scores are around the 7.8 mark. The 'B' score is the execution score, and is marked out of 10. For each fault the gymnast makes, the judges deduct from the 10 marks. (For example, if a gymnast falls from the beam, 0.8 is deducted from the B score.) The final score is obtained from the A score, added to the B score. The all-around score is obtained from all of the apparatus scores added together. Hope that makes sense, and was of some help to you :) I am not sure about Men's Gymnastics, but this information is current for Women's Artistic Gymnastics.