Particles can be categorized by mass in various series. Generally, the order from smallest to greatest mass includes: electrons, muons, tau particles (all types of leptons), followed by quarks (up, down, charm, strange, top, bottom). Among these, the Higgs boson has a larger mass than all the leptons and quarks.
electrons are the lightest then protons then neutrons
electron, proton, nucleus, atom
Colloid has larger particles compared to solution, but smaller than suspension. Therefore, of the three options listed (compound, colloid, suspension), a compound mixture typically has the smallest particles.
Atom < Virus < Ant In this list, atoms are the smallest particles, followed by viruses, and then ants, which are multicellular organisms.
Such a list can be found on Wikipedia. This list also includes territories, which are italicized, so don't include those as countries.
The Standard Model of Particle Physics gives a good list of particles and their masses.
Electron, proton, nucleus, atom
electrons are the lightest then protons then neutrons
electron, proton, nucleus, atom
The order of soil particles from largest to smallest is gravel, sand, silt, and clay.
Colloid has larger particles compared to solution, but smaller than suspension. Therefore, of the three options listed (compound, colloid, suspension), a compound mixture typically has the smallest particles.
In the list of common factors, the greatest is the largest, the least is the smallest (which is always 1)
More than 200 particles are known today !See a list at this link.
int findSmallest(int *list, int listsize) { int i; int smallest = list[0]; for(i = 1; i < listsize; i++) { if(list[i] < smallest) smallest = list[i]; } return smallest; }
Atom < Virus < Ant In this list, atoms are the smallest particles, followed by viruses, and then ants, which are multicellular organisms.
The list of four particles from largest to smallest is: protons, neutrons, electrons, and neutrinos. Protons and neutrons are relatively large compared to electrons, which are much smaller and have negligible mass. Neutrinos are even smaller, being nearly massless and extremely elusive. This hierarchy reflects their roles in atomic structure and interactions.
First, you need to sort the list of numbers from smallest to greatest. Then, the middle (second) number is your median.