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An ionic compound consists of 2 or more elements that stick together (in a regular stacked pattern called a 'lattice') because one or more elements has a negative charge, and the other kind of element or elements have a positive charge. Opposites attract, just like magnets. Substances that are bonded together by ionic attraction are often said to be, "Salts". NaCl, or sodium chloride, is an example of an ionic compound, and is called table salt. Another example is Calcium Chloride, or de-icing salt. Notice that in each case, the first element listed is a metal - this is usually the case with ionic compounds.
Covalent bonds are weaker. They simply share an electron making them sort of stick together. Ionic bonding works by energy transfer and then sticking together electromagnetically.
Atoms are held together by bonds. There are different kinds of bonds depending on the atoms involved, such as ionic, covalent, and hydrogen bonds.
because the atoms of lithium are the type where they take any form easily and stick to other elements. Chlorine on the other hand is the element form of a noble gas, it doesn't mix. So when the lithium clings to the chlorine, with the chlorine being unwilling, then an ionic compound forms.
since a positively charged ion will be attracted to a negatively charged ion, when they come together they form a compound with different characteristics than the elements the ions came from. take table salt for example. it's an ionic compound. NaCl = Sodium chloride is its real name and they come together since a sodium atom is positively charged and a chlorine atom is negatively charged. when they come together they form NaCl.
Buy the parts, stick them together.
An ionic compound consists of 2 or more elements that stick together (in a regular stacked pattern called a 'lattice') because one or more elements has a negative charge, and the other kind of element or elements have a positive charge. Opposites attract, just like magnets. Substances that are bonded together by ionic attraction are often said to be, "Salts". NaCl, or sodium chloride, is an example of an ionic compound, and is called table salt. Another example is Calcium Chloride, or de-icing salt. Notice that in each case, the first element listed is a metal - this is usually the case with ionic compounds.
Covalent bonds are weaker. They simply share an electron making them sort of stick together. Ionic bonding works by energy transfer and then sticking together electromagnetically.
iodine is a covalent compound and no ionic properties. there are no free electrons on it. so it can not conduct electricity.
Atoms are held together by bonds. There are different kinds of bonds depending on the atoms involved, such as ionic, covalent, and hydrogen bonds.
yes if you put it together like this fishsticks
Think to yourself, do most things carry an electric charge? Since most things don't stick together or push apart, it should be obvious that most things are neutral. Therefore, the total positive and total negative in a compound must be equal so they completely cancel each other.
because the atoms of lithium are the type where they take any form easily and stick to other elements. Chlorine on the other hand is the element form of a noble gas, it doesn't mix. So when the lithium clings to the chlorine, with the chlorine being unwilling, then an ionic compound forms.
No, Liquid Nails will not stick to joint compound
Pole frames, elm bark for covering, mud to stick it together, and lumber from trees.
look up compound dip stick
simple: you get a mousetrap and some wood and some string and something for wheels and something for axles and you stick them all together!