Why Does It Take So Much Energy To Keep The Electrons Of An Atom Close Together?

Why Does It Take So Much Energy To Keep The Electrons Of An Atom Close Together? The energy released in fission is due to the electrostatic repulsion of protons. In a nucleus like uranium, the positively-charged protons electrostatically repel each other. (With something like 20 Newtons of force! This is an enormous force on something

Why Does The Size Of An Atom Decrease As You Move To The Right Across Rows On The Periodic Table?

Why Does The Size Of An Atom Decrease As You Move To The Right Across Rows On The Periodic Table? Atomic radius What happens to the size of the atoms as you move across a row in the periodic table? As you move across an element period (row), the overall size of atoms decreases slightly.

When Did John Dalton Contribute To The Atomic Theory?

When Did John Dalton Contribute To The Atomic Theory? Dalton proposed his atomic theory in 1804. The general tenets of this theory were as follows: All matter is composed of extremely small particles called atoms. Atoms of a given element are identical in size, mass, and other properties. What did John Dalton contribute to the

Why Does Group 1 Have The Largest Atomic Radius?

Why Does Group 1 Have The Largest Atomic Radius? Element lithium Atomic Number (Z) 3 Symbol Li Simple Electron Configuration 2,1 Why do alkali metals have the largest radius? Alkali metals have largest covalent radii because they poses only 1 electron in their outer level and good screening in inner level and that results lower