Amoeba ingests food with the help of their false feet which are also known as [[1]].

Amoeba ingests food through a process called phagocytosis, which involves extending its pseudopodia or false feet around a particle of food and engulfing it into their cell body. The pseudopodia are also known as false feet or temporary extensions of the cell membrane, which are used for locomotion, feeding, and other functions.

When amoeba senses the presence of food, it extends its pseudopodia around the food particle and forms a cup-shaped structure called a food vacuole. The pseudopodia then fuse together to create a membrane around the food vacuole, and the food particle is trapped inside. The food vacuole is then transported into the cytoplasm of the cell, where it is digested by enzymes and broken down into nutrients that the amoeba can use for energy.

The ability of amoeba to extend and retract its pseudopodia allows it to move in any direction and capture food particles from its surroundings. This process of phagocytosis is critical for the survival of amoeba and other single-celled organisms that depend on ingesting food to obtain nutrients.