Bohr Atom Model: Linear momentum of e in second excited state

5) An electron of the hydrogen atom is in the first excited state. The amount of line movement is [kg m / s]: a) 3 * 10-24 b) 2 * 10-24 c) 1 * 10-24 d) 4 * 10-24 Explain:

Energy Required to Remove an Electron from a Given Orbital of a Hydrogen Atom

2) How much energy is required to remove an electron from a) 3p orbital b) 3f orbital? please consider hydrogen atom.

Enthalpy involved in warming 0C water to 37C (by drinking water) and the enthalpy involved in sweating and evaporating the same amount of water are calculated.

Compare the amount of cooling experienced by an individual who drinks 400mL of water (0 degrees C) with the amount of cooling experienced by an individual who sweats out 400 mL of water at 37 degrees Celsius. Assume all sweat evaporates. The density of water is 1.00 g/mL; the specific heat of water is 4.18J/g degrees C; the heat ...continues