The gases produced during the process of burning are hot. Hot air is lighter than the cold air. So the flames go upwards.
A flame's direction is upwards because heat rises.
The flame of a candle rises upward due to the convection currents created by the heat from the flame. As the flame burns, it heats the surrounding air, causing it to become less dense and rise. This creates a continuous flow of hot air moving upward, carrying the flame along with it.
A candle flame points upward when placed horizontally due to the convection currents created by the heat of the flame. The heat causes the surrounding air to warm up and rise, creating a flow of air that pulls the flame upward. Additionally, the flame itself is composed of hot gases that are less dense than the cooler air around them, further contributing to the upward movement. This phenomenon demonstrates the principles of buoyancy and convection in fluid dynamics.
Because the flame itself is the hot gas.Every gas(hot) have a tendency to go upward.
an eternal flame is a flame that never goes out.
The upward rise of a flame in a fire is typically referred to as the "flame front." This phenomenon occurs as hot gases produced by combustion rise due to their lower density compared to cooler air, creating a convection current that fuels the fire. This upward movement is crucial for the efficiency of the combustion process, allowing for the continuous supply of oxygen.
Dax Flame goes by Dax Flame.
gravitational force con't effect on gasses..
Heat rises so the draught pulls the flame up
In a spacecraft, a candle flame burns in a more rounded shape due to lack of gravity pulling the flame upward. The lack of convection causes the flame's heat to be trapped near the candle, making it burn more slowly and with less flickering. Additionally, the candle produces more soot in microgravity as combustion is less efficient.
The flame heats the air and it is lighter so it goes upwards.
Gravity pulls it down.