surface tension
Molecules will always attract each other unless they are negative. In which case tthey will push each other away.
cohesion helps water and minerals flow because... water molecules cling to each other as a result of a force called cohesion cling to molecules of other substances, too , and this force is calledadhesion. This forces water to climb up tubes of xylem tissue.
Chemical force refers to the attractive or repulsive forces that exist between atoms, ions, or molecules due to interactions at the atomic or molecular level. These forces play a crucial role in determining the structure, stability, and reactivity of chemical compounds.
The magnet referred to here is the property of water known as polarity. Water molecules have a positive charge on one end and a negative charge on the other, which allows them to attract and bond with other water molecules, creating a cohesive and powerful force. This property of water is what helps maintain the body's water volume.
The answer is cohesion.----------------------Cohesion is true but there is a more fundamental answer. There are four fundamental forces from which all other forces can be derived: electromagnetic (EM) force, weak force, strong force and gravitational force. Gravitational force is something we can all relate to, i.e. it's what keeps on the ground but surprisingly it's the weakest of all the forces. EM force defines how charged particles interact and the strong force and weak force are short range forces that play vital roles at the nuclear level. That said, all these forces play a key role in holding molecules together but on a microscopic scale strong and weak forces are insignificant because of their limited range. The gravitational attraction is also negligible because molecules have relatively small masses. That leaves the EM force. All molecules carry some sort of charge. While some molecules can have net zero charge, there will still be some polarity. As a result, the electromagnetic force is the main 'glue' that holds molecules together.
The force that causes molecules of blood to be attracted to each other is the intermolecular force known as hydrogen bonding. This attraction occurs between the oxygen atom of one blood molecule and a hydrogen atom of another blood molecule. This force helps to maintain the cohesion of blood and ensures that it remains a liquid at body temperature.
The force that occurs when molecules of an object are pushed together is called compression force. This force causes the molecules to move closer to each other, resulting in a decrease in the object's volume.
Cohesion
Water is made up of lots of tiny molecules. The molecules are attracted to each other and stick together. The molecules on the very top of the water stick together very closely to make a force called surface tensionI hope that helps :D
Molecules will always attract each other unless they are negative. In which case tthey will push each other away.
Molecules will always attract each other unless they are negative. In which case tthey will push each other away.
they get atracted to each other that they end up dating
Only if Stevie is a female human being that is atracted to other females of its specie.
i don’t know
The most significant force that attracts water molecules to each other is hydrogen bonding. This occurs because the slightly positive hydrogen atoms are attracted to the slightly negative oxygen atoms of neighboring water molecules, creating a strong intermolecular force that holds the molecules together.
The significant force that attracts water molecules to each other is hydrogen bonding. Water molecules are polar, with a partial positive charge on the hydrogen atoms and a partial negative charge on the oxygen atom. These opposite charges create electrostatic attractions that result in the formation of hydrogen bonds between water molecules.
Friction is a force that originates from the interactions between the molecules of two surfaces in contact. When these molecules come into contact, they create resistance to the motion of one surface across the other, resulting in friction.