BOT In three to five sentences, compare the process of digesting food in an amoeba (unicellular) to those in a mouse (multicellular) make it sound like a middle schooler and short but with 5 sentences.
When an amoeba eats, it surrounds its food with its cell membrane and creates a food vacuole that breaks down the food using enzymes. The nutrients are then absorbed into the cytoplasm of the cell for energy. In a mouse, digestion starts in the mouth where teeth chew up the food and saliva breaks it down further. The food then travels to the stomach where stomach acid and enzymes continue the digestion process. After that, the nutrients are absorbed in the small intestine and sent around the body for energy.
4 sentences
When an amoeba eats, it engulfs its food and breaks it down inside a vacuole using enzymes. The nutrients are absorbed directly into the cell for energy. In a mouse, digestion starts in the mouth with chewing and saliva breaking down food. The food travels to the stomach where digestive juices further break down the food before it is absorbed in the intestines for energy.
3 sentences
In an amoeba, food is engulfed and broken down within the cell for energy. In a mouse, digestion begins in the mouth with chewing and saliva breaking down food, followed by further breakdown in the stomach and absorption in the intestines for energy. The processes may be different but both organisms ultimately extract nutrients for survival.
make it sound easier with the one with 4 sentences
When an amoeba eats, it surrounds the food and breaks it down using enzymes before absorbing the nutrients for energy. In a mouse, digestion starts in the mouth with chewing and saliva breaking down food, followed by processes in the stomach and intestines to extract nutrients for energy. While the processes may differ between a single-celled amoeba and a multicellular mouse, both organisms ultimately rely on digestion to fuel their bodies.
fix the last sentence
While the processes of digestion may vary between a single-celled amoeba and a multicellular mouse, both organisms rely on these processes to extract nutrients for energy.
