If an atom of size `10^(-10)`m were enlarged to the size of the earth `(~= 10^7m),` how large would its nucleus be ? Take size of nucleus ` =10^(-14)`m.

IF the size of an atom ( = 1Å) were enlarged to the tip of a sharp pin (~= 10^(-5)m) , how large would the height of mout everest (~= 10^4m) be?

The size of atomic nucleus is

If size of an atom (~~10^(-10)m) is scaled up to 1m, what would be the size of nucleus (~~ 10^(-14) m)?

if the universe were shrunk to the size, of earth, how large would the earth be on this scale?

If the observable universe (approx 10^(26)m) is shrunk to the size of the earth (approx 10^(7)m) , how large would be milky way on this scale?

If the size of a nucleus (~~10^(-15)m) is scaled up to the tip of a sharp pin (~~ 10^(-5)m), what roughly is the size of an atom?

According to Thomson's model, every atom consists of a positively charged sphere of radius 10^(-10)m in which entire mass and positive charge of the atom are uniformly distributed. Inside the sphere, electrons are embedded like seeds in a watermelon. According Rutherford, entire positive charge and mass of the atom are concentrated in a tiny central core of the atom, which is called atomic nucleus. Size of nucleus ~~10^(-15)m . The nucleus contains proton and neutrons. Negatively charged electrons revolve around the nucleus in circular orbits. The size of atom is of the order of