Elements that are 'highly' reactive (as opposed to inert, such as a noble gas) are dangerous because they readily and easily create chemical reactions with other elements, potentially quickly altering a substance (including substances that make up a human body) and potentially explosively.
They can cause burns, consume flesh, or explode if not safely handled.
Iron is reactive but not highly reactive, while oxygen is highly reactive. When iron reacts with oxygen, it forms rust. Oxygen is highly reactive because it readily forms bonds with other elements, making it important for various chemical reactions.
Highly reactive elements easily react with other substances in the environment, forming compounds rather than existing in their pure form. This is why it is rare to find pure samples of highly reactive elements in the ground.
Halogen elements are dangerous in their uncombined forms because they are highly reactive due to their strong tendency to gain an electron to achieve a full outer electron shell. This reactivity can lead to them forming corrosive acids, toxic fumes, or explosive compounds with other elements. Additionally, they can easily react with organic compounds, potentially causing harmful chemical reactions.
Yes, chlorine is chemically reactive. It is a highly reactive nonmetal and readily forms compounds with other elements.
Both stable elements and highly reactive elements have a specific number of protons and electrons, which determine their chemical properties. However, stable elements have a full outer electron shell, making them less likely to form chemical bonds, while highly reactive elements have an incomplete outer shell and are more likely to react with other elements to achieve stability.
Iron is reactive but not highly reactive, while oxygen is highly reactive. When iron reacts with oxygen, it forms rust. Oxygen is highly reactive because it readily forms bonds with other elements, making it important for various chemical reactions.
Highly reactive elements easily react with other substances in the environment, forming compounds rather than existing in their pure form. This is why it is rare to find pure samples of highly reactive elements in the ground.
Chlorine is a Highly reactive element.
Halogen elements are dangerous in their uncombined forms because they are highly reactive due to their strong tendency to gain an electron to achieve a full outer electron shell. This reactivity can lead to them forming corrosive acids, toxic fumes, or explosive compounds with other elements. Additionally, they can easily react with organic compounds, potentially causing harmful chemical reactions.
halogen
halogen
Yes, chlorine is chemically reactive. It is a highly reactive nonmetal and readily forms compounds with other elements.
Both stable elements and highly reactive elements have a specific number of protons and electrons, which determine their chemical properties. However, stable elements have a full outer electron shell, making them less likely to form chemical bonds, while highly reactive elements have an incomplete outer shell and are more likely to react with other elements to achieve stability.
S block has the most reactive elements. The groups 1 and 2 belongs to the s block.
Halogens these are the salt forming elements which are highly reactive
Halogens these are the salt forming elements which are highly reactive
Pure sodium is a highly reactive element. When placed in water, sodium will actually explode, producing flames and concussive forces.