After burning, leaves typically turn a dark brown or black color due to the combustion of organic materials. The intense heat causes the chlorophyll and other pigments to break down, resulting in the charred remnants. Additionally, the ash left behind may appear gray or white, depending on the minerals present in the burned material.
When burning leaves, the gases produced include carbon dioxide, water vapor, carbon monoxide, and small amounts of particulate matter. It is important to note that burning leaves can also release harmful pollutants and toxins into the air.
Burying dry leaves in a pit helps to decompose them naturally, returning nutrients to the soil and enriching it. Burning leaves releases carbon dioxide, contributing to air pollution and greenhouse gas emissions. Burying leaves also helps improve soil structure and water retention.
They contain chloroplasts which are green in colour.
The burning of leaves is a chemical reaction. The way we can tell is because after the leaves are burned, they cannot go back to the way they were. Butter melting is a physical reaction because it does not change the molecules, and the butter has the ability to go back to it's original state.
No, it's a chemical reaction with O2.In physical changes the chemical formula remains the same; like ice (H2O) and water (H2O). Burning wood is something like cellulose + O2 --> CO2 + H2O
Leaves for Burning was created in 1952.
Burning of leaves can lead to inhalation of smoke (particularly if those leaves are tobacco).
No. Burning Bush leaves are simple! -Anonymous Smiley :)
Burning leaves would be a chemical change because once the leaves are burnt, you can't turn the ashes back into leaves.
red
it has tiny leaves
The burning of leaves releases thermal energy in the form of heat and light energy in the form of flames.
a very bright white
Green leaves, white petals with yellow centers
the colour
chlorophyll
Yes it does cause if leaves do not have chlorophyll,their colour won't be green in colour.