What while radiation is passed through a sample of hydrogen gas at room temperature , absorption lines are observed in lyman series only Explain

When white light (violet to red) is passed through hydrogen gas at room temperature, absorption lines will be observed in the

When white light (violet to red ) is passed thouogh hydrogen gas at room temparature , absorption lines will be observed in the

If radiation of all wavelengths from ultraviolet to infrared ispassed through hydrogen gas at room temperature absorption lines will be observed in the

A photon beam is passed through a sample of hydrogen atoms all of which are in the ground state. In the absorption spectrum, we obtain six distinct lines, if every atom must absorb one photon then maximum number of lines on the spectrum which corresponds to inverse Lyman series are

Some of the wavelength observed in the emission spectrum of neutral hydrogen gas are 912, 1026, 1216, 3646, 6563 Å . If broad band light is passing through neutral hydrogen gas at room temperature, the wavelength that will not be absorbed strongly is

A monochromatic radiation of wavelength lambda is incident on a sample containig He+ . As a result the Helium sample stars radiating. A part of this radiation is allowed to pass through a sample of atomic hydrogen gas in ground state. It is noticed that the hydrogen sample has stared emitting electrons whose maximum kinetic energy is 37.4 eV . (hc = 12400 eV Å) . Then lambda is

In an atom when an electron jumps from higher energy level to lower energy level it amits energy in form of elecromagnetic radiations. When these elecromagnetic radiations are passed through a prism and received on a photographic film some lines are observed on that film and those lines are called spectral lines. For hydrogen like species when jump takes from any excited state to ground state (n=1) , line produced in that case is called a Lyman series line. If transition occurs from 3rd or above level to second level then corresponding lines produced are called Balmer lines. Similarly, for next level it is called Paschen series line. The wavelength of photon corresponding ot second least energy of Lyman series in H-atom is :

In an atom when an electron jumps from higher energy level to lower energy level it amits energy in form of elecromagnetic radiations. When these elecromagnetic radiations are passed through a prism and received on a photographic film some lines are observed on that film and those lines are called spectral lines. For hydrogen like species when jump takes from any excited state to ground state (n=1) , line produced in that case is called a Lyman series line. If transition occurs from 3rd or above level to second level then corresponding lines produced are called Balmer lines. Similarly, for next level it is called Paschen series line. If there are 3 atoms of a hydrogen like species one in 2nd one in 3rd and one in 4th excited state, then how many maximum total different Balmer and Paschen lines can be produced ?