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10 BEST ABS EXERCISES (WHAT YOU SHOULD DO!?!) 1. Hanging Knee Raises (Side to Side) 2. The Dragonfly (Negatives) 3. Sit-Ups 4. Leg Raises 5. Sit Up position (Side to Side) 6. Side Plank Position hold 7. Bench Sit Ups (Declined) 8. Leg Raises (Negatives) 9. V-Sit Single Leg raise 10. Hanging Knee Raises Exercises demonstrate: @TheNotoriusABS Location: Dubai, Dubai Marina Place: Skydive Montage: Ugis Rozenbahs CopyRights: @beastugis ---------------------- more: https://www.facebook.com/rozenbahs.ugis For Business inquiries contact me: ugits2@gmail.com --------------------------------------------------- Song: YouTube Audio library --------------------------- Abdominal exercises are useful for building the abdominal muscles. This is useful for improving performance with certain sports, back pain, and for withstanding abdominal impacts (e.g., taking punches). According to a 2011 study, abdominal muscle exercises are known to increase the strength and endurance of the abdominal muscles. It has been highly disputed whether or not abdominal exercises have any reducing effect on abdominal fat. The aforementioned 2011 study found that abdominal exercise does not reduce abdominal fat; to achieve that, a deficit in energy expenditure and caloric intake must be created—abdominal exercises alone are not enough to reduce abdominal fat and the girth of the abdomen. Early results from a 2006 study found that walking exercise (not abdominal exercise specifically) reduced the size of subcutaneous abdominal fat cells; cell size predicts type 2 diabetes according to a lead author. Moderate exercise reduced cell size by about 18% in 45 obese women over a 20-week period; diet alone did not appear to affect cell size. Abdominal muscles have many important functions, including in breathing, coughing, and sneezing, and maintaining posture and speech in a number of species. The anterior abdominal wall is made up of four muscles—the rectus abdominis muscle, the internal and external obliques, and the transversus abdominis."The two internal muscles, the internal oblique and the transverse abdominis, respond more to increases in chemical or volume-related drive than the two external muscles, the rectus abdominis and external oblique; the basis for this differential sensitivity is unknown".