Where do the electrons move from the primary acceptor of PS I in the Z- scheme?

Where is the primary electron acceptor of PS II located in the thylakoid?

The minimum energy required for the electron emission from the metal surface can be supplied to the free electrons by one of some physical processes. What are they.

Why do stars appear to move from east to west?

The energies of the electron in the second and the third Bohr orbits of the hydrogen atoms are -5.42xx10^(19)J and -2.41xx10^(19)J respectively. Calculate the wavelength (in S.I. unit) of the emitted radiation, when the electron jumps from the third to the second orbit.

Where do the protonos move during ATP synthesis? How many protons move for the synthesis of one molecule of ATP?

Find the following expression for the magnetic moment of an electron moving in a circular path mu_c = c/(2m_c) 1 Wherel is the angular momentum of the electron about the nucleus, e and m_c are its charge and mass.

The energy of the electron in the hydrogen atom is known to be expressible in the form of E_(n) = (-13.6 eV)/(n^(2)) [ where, n=1,2,3.. ] Use this expression to show that the electron in the hydrogen atom cannot have an energy of -2 eV. (ii) spacing between the lines (consecutive energy levels) within the given set of the observed hydrogen spectrum decreases as n increases.

Energy of an electron in the n^(th) orbit of hydrogen atom is given by E_(n) = - (13.6)/(n^2) eV . How much energy is required to take an electron from i:he ground state to the first excited state?

Write the electronic configuration of Cr atom [Z=24].