Electronegativity is a big word, but it’s important when we talk about halogens. Halogens are a group of elements in Group 7 of the periodic table. Here’s what I’ve learned about how electronegativity affects them:
Increasing Electronegativity: If you look at halogens from the bottom to the top of the group, electronegativity gets stronger. This means fluorine really wants to attract electrons, way more than iodine does.
Reactivity: Halogens that are more electronegative, like fluorine, are also more reactive. This means they are really good at making new compounds with other elements.
Bonding: How well they pull in electrons changes how strongly they connect with other elements.
That’s pretty cool, right?
Electronegativity is a big word, but it’s important when we talk about halogens. Halogens are a group of elements in Group 7 of the periodic table. Here’s what I’ve learned about how electronegativity affects them:
Increasing Electronegativity: If you look at halogens from the bottom to the top of the group, electronegativity gets stronger. This means fluorine really wants to attract electrons, way more than iodine does.
Reactivity: Halogens that are more electronegative, like fluorine, are also more reactive. This means they are really good at making new compounds with other elements.
Bonding: How well they pull in electrons changes how strongly they connect with other elements.
That’s pretty cool, right?