Explore the seamless conversion from kiloton (kt) to Hartree energy (E_h) with Newtum's user-friendly online tool, designed to satisfy your scientific and educational needs.
A kiloton (kt) is a unit of energy equivalent to 1,000 tons of TNT. It's commonly used to express the energy released in nuclear explosions, where one kiloton represents the energy of 1,000 tons of trinitrotoluene (TNT) detonated. This unit provides a tangible comparison for the otherwise abstract energy scales in such events.
Definition of HartreeThe Hartree, named after physicist Douglas Hartree, is a unit of energy used in the field of quantum chemistry and atomic physics. It's defined as the kinetic energy of an electron moving in a circular orbit around a proton, in a hydrogen-like atom where the orbit has a radius equal to the Bohr radius. This unit provides a fundamental energy scale for atomic-scale interactions.
Kiloton (kt) | Hartree (E_h) |
---|---|
1 kt | 2.611448e+29 E_h |
5 kt | 1.305724e+30 E_h |
10 kt | 2.611448e+30 E_h |
50 kt | 1.305724e+31 E_h |
100 kt | 2.611448e+31 E_h |
500 kt | 1.305724e+32 E_h |
1000 kt | 2.611448e+32 E_h |
5000 kt | 1.305724e+33 E_h |
10000 kt | 2.611448e+33 E_h |
50000 kt | 1.305724e+34 E_h |
1 kt = 2.611448e+29 E_h
1 E_h = 3.829294e-30 kt
Example 1:
convert 1 kt to E_h:
1 kt = 1 × 2.611448e+29 E_h = 2.611448e+29 E_h
Example 2:
convert 5 kt to E_h:
5 kt = 5 × 2.611448e+29 E_h = 1.305724e+30 E_h
A brief history of the Kiloton to Hartree Energy Converter reflects the evolution of units from classical explosives to quantum mechanical energy scales. The kiloton, rooted in wartime measurements, contrasted with the Hartree, which emerged from atomic theory, highlights the diverse ways we interpret and utilize energy.
Discover how the Kiloton to Hartree Energy Converter is applied in real-life scenarios, enhancing our understanding of energy in diverse fields.
Example 1:
Let's convert 2 kilotons to Hartrees:
2 kt = 2 × 2.611448e+29 E_h = 5.222896e+29 E_h
Example 2:
Converting 10 kilotons to Hartrees:
10 kt = 10 × 2.611448e+29 E_h = 2.611448e+30 E_h