False. A molecule is the smallest part of a compound that can still be indentified as a compound as it may contain several atoms of different elements. A single atom can only identify a single element, not a compound which it may have been a part of.
The atom is the smallest particle of an element that retains it's characteristics. Sub-atomic particles such as protons, neutrons and electrons form the atom and it is the amount of each of these sub-atomic particles that make the element that element.
False, Geologists identified about 3,800 minerals.
This unit is a molecule.
Muesli is a mixture because it is composed of different ingredients such as rolled oats, nuts, dried fruits, and seeds that are physically combined but can still be separated.
False. Oxbow lakes are formed when a meander in an older river is cut off, creating a U-shaped body of water. Young rivers typically do not have oxbow lakes as they are still actively eroding their channels and shaping their course.
This is the atom of a chemical element.
The atom is the smallest particle of an element that retains it's characteristics. Sub-atomic particles such as protons, neutrons and electrons form the atom and it is the amount of each of these sub-atomic particles that make the element that element.
molecule
Molecule is the smallest particle that still holds the same compound.
Molecule is the smallest particle that still holds the same compound.
A molecule
A molecule is the smallest part of a compound that still retains the properties of said compound. As the atom is the smallest particle of an element into which it can be divided and still retain all the properties of that element, the molecule is the atom's analog for a compound.
False, Geologists identified about 3,800 minerals.
The smallest unit of a compound is a molecule (MOLL-uh-kule)
An atom.
molecule i found it on study island
1 The smallest part of a compound that still has the properties of that compound is a molecule. A molecule consists of two or more atoms bonded together, and it retains the chemical properties of the compound it represents.