Hydrogen is an element with two naturally occurring isotopes: 22H and 33H. This means that 22H, which has a mass number of 2, has (1,3,4 or 5 ) fewer (neuron(s), proton(s), or electron(s)) than 33H, which has a mass number of 3.4He 2H Energy 100 million °C TTETTTEE reaNE n 3HThe hydrogen bomb works on the principle of nuclear fusion, where isotopes of hydrogen combine or fuse together under extremely high temperatures to form helium. In fact, it takes the heat and pressure of an atomic (fission) bomb to initiate the process of nuclear fusion in a hydrogen bomb. Once initiated, the fusion reaction releases an enormous force equivalent to several megatons of TNT, which can destroy buildings several miles away. Compare the total number of protons and neutrons from the reactants with the total number of protons (blue) and neutrons (grey) from the products of this reaction by using the dropdown menus below the illustration. O CO energy 4Не + 2H 3H A B Total protons Total protons and neutrons and neutrons 1A(1,2,3,or 5)B1,3,4,or 5Because the total number of protons and neutrons before the reaction is the total number of protons and neutrons after the reaction, you can say that matter is .Energy that is bound in the reactants of this reaction is ultimately transferred to the products in this reaction. That is, according to the first law of thermodynamics, if 20% of this energy is bound by the helium nucleus and 10% of this energy is bound by a free neutron, how much energy is released in this reaction?Enter your answer here: (38,70, or 25) %