Enter your answer in scientific notation. Be sure to answer all parts.Nuclear waste disposal is one of the major concerns of the nuclear industry. In choosing a safe andstable environment to store nuclear wastes, consideration must be given to the heat released duringnuclear decay. As an example, consider the B-decay of 0sr (89.907738 amu):90Sr90Y + Bt12= 28.1 yr3839-1The 90Y (89.907152 amu) further decays as follows:9090Zr +4012= 64 hr39-1Zirconium-90 (89.904703 amu) is a stable isotope.Beginning with one mole of 90Sr, calculate the amount of heat released (in kilojoules) in one yearcorresponding to the number of moles of 90$r decayed to 0Zr.x 10kJ

Given the initial amount, No = 1 mol S90r time, t = 1 year Suppose the amount remained after 1 year…

Enter your answer in scientific notation. Be sure to answer all parts. Nuclear waste disposal is one of the major concerns of the nuclear industry. In choosing a safe and stable environment to store nuclear wastes, consideration must be given to the heat released during nuclear decay. As an example, consider the ß-decay of 90Sr (89.907738 amu): 90 90 Sr - Y + 38 12= 28.1 yr 39 The 0Y (89.907152 amu) further decays as follows: 90 90 Y + Zr + B 40 12 = 64 hr 39 -1 Zirconium-90 (89.904703 amu) is a stable isotope. Beginning with one mole of "Sr, calculate the amount of heat released (in kilojoules) in one year corresponding to the number of moles of 0Sr decayed to "Zr. x 10 kJ