alcohol
nothing
Flat bottomed flask is used to hold different types of chemicals and mix them. This also used to avoid liquid from spilling.
A flat-bottomed flask is commonly used in chemistry laboratories to hold liquids or chemical reactions. Its flat bottom design allows for stability on a flat surface, preventing tipping over during experiments or when placed on a heat source like a hot plate.
Flat bottomed flasks are used for the same purposes as round bottomed flasks. The differences are: 1. the flat bottomed flask can stand alone, is more robust but not specifically designed to withstand open flames. 2. the round bottomed flask, also called a Florence or boiling flask, can withstand open flame for long periods, allows for more even heating of its contents, facilitates swirling, and requires supporting apparatus since it cannot stand alone on its spherical bottom.
They're generally used as boiling flasks, particularly when the heat source is an electric mantle or steam bath.
LOVE..........
They may be used to mix chemicals and observe them with the added advantage they can be placed and be stable on flat surfaces such as hotplates, benches, fridge shelves and ovens etc.
A flat-bottomed flask is a type of glassware commonly used in laboratories for holding and heating liquids. The flat bottom allows the flask to sit securely on a flat surface, making it ideal for use on a heating element like a hot plate. It is commonly used in distillation, chemical reactions, and other experiments.
It is to hold different flask types of chemicals to mix them to make chemical reactions in liquid phase..
It is to hold different flask types of chemicals to mix them to make chemical reactions in liquid phase..
The Erlenmeyer flask was named after its creator Emil Erlenmeyer, who was a German chemist. It is a flat bottomed cone-shaped container that has a tapered neck so that a person can hold it, put a stopper on it or attach a clamp with it. This flask is used to measure, mix, and store liquid.
A round bottomed flask is used in fractional distillation because it allows for better distribution of heat, resulting in more uniform heating and better separation of components in the mixture. The round shape also promotes smoother boiling and condensation processes within the flask.