when each substance burns, it releases different amounts of energy. this is shown in the colours they emit as the flame when burning. Very high energy is shown by the burning of a purple flame, and it goes down in the spectrum to red, which is the lowest energy flame colour.
examples of these are:
lithium-red
sodium-yellow
iron-gold
copper-green/blue
potassium-lilac
Flames change color due to the different chemical elements present in the material being burned. Each element emits a unique color when it burns, creating the variety of colors seen in flames.
When chemicals are added to fire, they release energy in the form of light, causing the flames to change color. This is due to the different chemical compositions of the added substances, which emit distinct wavelengths of light when they burn.
different colors represent different heights of height.
He is identifying compounds.
Flames aren't always orange, their colour is depenant on what material is being burned. A substance with contains a high percentage of copper will burn with a green flame and if is contains strontium the flame would be red. Different substances produce different flame colours and this property can be used to identify substances. Orange flames indicate the presence of Sodium.
Green flames can be caused by the presence of certain chemicals or minerals in the fire, such as copper or boron. When these substances are burned, they emit a green color.
when each substance burns, it releases different amounts of energy. this is shown in the colours they emit as the flame when burning. Very high energy is shown by the burning of a purple flame, and it goes down in the spectrum to red, which is the lowest energy flame colour. examples of these are: lithium-red sodium-yellow iron-gold copper-green/blue potassium-lilac
its physical and chemical properties. The temporal force is the dominant force which evolves flowing from the present to the future causing variations in the shape and speed of the sequence of change of substances!
To make different color fires, you can use specific chemicals or materials that produce colored flames when burned. For example, adding copper chloride can create blue flames, while strontium chloride can produce red flames. It's important to use caution when working with these materials and to be aware of any safety guidelines.
blue
it's not, you can get different flavors of tea which differ in colour
Blue fire is hotter than red fire, with blue flames reaching temperatures around 3000 degrees Fahrenheit compared to red flames which typically burn around 1000-2000 degrees Fahrenheit. The color of a flame is determined by the temperature and the substances being burned.