Its direct effects cannot be observed, but if it were 10% stronger, no element but hydrogen could form and life would not exist. It can be considered a kind of color force and its exchange particles are usually pions, as predicted by Yukawa. Its range is shorter than the diameter of most nuclei, but it can usually oppose the electromagnetic forces that cause nucleonic repulsion. For ten points, name this fundamental force that holds atomic nuclei together, the strongest of the four fundamental f
Its direct effects cannot be observed, but if it were 10% stronger, no element but hydrogen could form and life would not exist. It can be considered a kind of color force and its exchange particles are usually pions, as predicted by Yukawa. Its range is shorter than the diameter of most nuclei, but it can usually oppose the electromagnetic forces that cause nucleonic repulsion. For ten points, name this fundamental force that holds atomic nuclei together, the strongest of the four fundamental forces.
Its direct effects cannot be observed, but if it were 10% stronger, no element but hydrogen could form and life would not exist.
{Strong} Force