True:
The stomach muscles churn and mix the food with digestive juices that have acids and enzymes, breaking it into much smaller, digestible pieces. An acidic environment is needed for the digestion that takes place in the stomach.
yes they can make you strong but only in the stomach not in the muscles
Every Rat has very strong muscles. They can hold about 3 mice on their stomach.
The stomach churns the food into smaller and smaller pieces with the help of the strong stomach acid, Hydrochloric acid.
The stomach
Interferons are normally injected. They are not taken by mouth as the strong digestive enzymes of the stomach will degrade them
Strong stomach muscles help maintain core stability, which is essential for overall body strength and balance. They support proper posture and spinal alignment, reducing the risk of back pain and injuries. Additionally, strong core muscles enhance athletic performance and improve functional movements in daily activities.
The only organ in the digestive system that produces acids to break down food is in the stomach.
You have the hydrochloric acid there in the digestive tract. That means in the stomach and proximal part of the duodenum. The acid is very strong. The pH can go down to 2.
A lion's digestive system consists of the mouth, esophagus, stomach, intestines, and rectum. After hunting and eating prey, the food is broken down in the stomach with the help of enzymes and acids. The nutrients are then absorbed in the intestines, and waste is excreted through the rectum. Lions are carnivores, so their digestive system is adapted to process meat efficiently.
A pig's anatomy includes features such as a snout, hooves, a curly tail, and a large body with four legs. They have a digestive system that is similar to humans, with stomach compartments that help them digest fibrous food. Pigs also have a well-developed sense of smell and strong muscles for running and rooting.
Herons have a specialized digestive system that allows them to consume whole prey, like fish, without significant risk of injury. When a heron catches a fish, it swallows it whole, aided by its long neck and strong throat muscles. The fish is quickly pushed down into the stomach, where digestive acids and enzymes break it down. While the fish may still be wriggling, the heron's stomach is designed to handle such situations, and the rapid swallowing minimizes the chance of escape or injury.
The chemical formula for the acid present in the stomach is HCl, which stands for hydrochloric acid. This strong acid plays a crucial role in digestion by breaking down food and killing harmful bacteria. It also helps activate digestive enzymes, aiding in the overall digestive process.