[" 5.Calculate the energy required to excite "1" L of "H_(2)" gas at "1" atm and "298" K to the first excited state of "],[" atomic hydrogen.The energy for the dissociation of "H-H" bond is "436" k "J" /mol."],[" Sol"."[98.13kJ]]

Calculated the energy required to excite one litre of hydrogen gas at 1atm and 298K to the first excited state of atomic hydorgen. The enegry for the dissociation of H-H bond is 436 kJ mol^(-1) .

Calculated the energy required to excite one litre of hydrogen gas at 1atm and 298K to the first excited state of atomic hydorgen. The enegry for the dissociation of H-H bond is 436 kJ mol^(-1) .

Find the energy required to excite 1L od hydrogen gas at 1.0 nm and 298 K to the first excited state of atomic hydrogen .The energy required for the dissacitation of H-H bond is 436 kJ mol^(-1)

Calculate the energy required to excite two line of hydrogen gas at 1 atm and 298K to the first excited state of atomic hydrogen .The energy fior the disociation of H_(2) bond of photon to break this bond

Calculate the energy (in KJ) required to excite one litre of hydrogen gas at 1 atm and 298 K to the first excited state of atomic hydrogen. The energy for the dissociation of H-H id 436 KJ mol^(-1) . Give your answer excluding decimal places.

Calculate the energy required to excited one litre of hydrogen gas at 1 atm and 298 K to the excited state of atomic hydrogen. The energy for the disociation of H-H bond is 436 kJ mol^(-1) . Also calculate the minimum frequency of photon to break this bond.

Find the energy required to excite 1.10L od hydrogen gas at 1.0 nm and 298 K to the first excited state of atomic hydrogen .The energy required for the dissacitation of H-H bond is 436 kJ mol^(-1) .Also calculate the minimum frequency of a photon to break this bond

The energy required to excite an electron from the ground state of hydrogen atom to the first excited state, is