13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 89 36 37 Rb + Explain why this reaction is not an example of alpha decay. Kr → 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment.

13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 89 36 37 Rb + Explain why this reaction is not an example of alpha decay. Kr → 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Mr. Albedo stumbled upon an unknown material in an abandoned laboratory. He believes that this material is radioactive. He brought it to his laboratory at Dragonspine for identification. Then, he obtained a sample weighing 10.5 g. After 6 hours, the weight of the sample decreased to 0.171 g. 1. From the given list below, determine the possible identity of the unknown sample. Isotope Half-life Ra-224 3.66 days Pb-212 10.6 hours Bi-212 60.6 minutes Tl-208 3.05 minutes 2. Mr. Albedo found out that the sample was emitting alpha particles. Write the nuclear reaction involved in this process.
show-all-working-explaining-detailly-each-step Answer should be typewritten using a computer keyboard.
3Using the diagrams below, label the nuclear process as alpha, beta, or gamma radiation. Explain how you identified the type of radiation based on the diagram.
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In the following equation, what particle or type of radiation decay is needed in order to balance it? 147 61Pm ´61PM 147 62Sm + ? Periodic Table of the Elements hydrogen Key: 13 14 15 16 1 1.00794 ithium 3 beryllium elemert name atomic number boron carbon nitrogen oxygen fluo Li Be symbol atomic weight N 15 9994 6.941 9.012182 10 811 12.0107 sicon 14 14.00674 18.9 sodium 11 magnesium 12 phosphorus 15 sufur 16 aluminum chlo 13 Na Mg AI Si S 24 3050 10 11 12 26.981538 galium 31 22.98977 28.0855 30.97376 32.065 potassum 19 caicium 20 scandium 21 Stanium 22 vanadium 23 chromium manganese 24 25 iron 26 cobat 27 nickel 28 copper 29 zine 30 gemanium 32 arsenic 33 selenium 34 35 bron 3 K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se B 39.0983 47.867 51.9961 54.93805 niobium molybdenum technetkum ruthenium 43 40.078 44.95591 50.9415 55.845 58.9332 58.6934 63.546 65.409 69.723 72.64 74.9216 78.96 791 ubidium 37 strontium 38 yttrium 39 hodium 45 palladium 46 silver 47 tellutum 52 cadmium indium 49…
One potential uranium fission reaction is shown below.235U + n → 144Cs + 90Rb + 2 n[Atomic and nuclear masses are given in the reference table that is linked in Question - 0]Calculate the change in mass (Δm) in amu for a single atom of uranium undergoing fission by this reaction. Be sure to include the proper sign. Calculate the energy change (ΔE) in joules that occurs when a single atom of uranium undergoes fission by this process. Be sure to use the correct sign. Calculate the amount of energy released (in kJ) when 2.500 kg of uranium undergo fission by this process.
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Give clear detailed Solution with explanation needed. Don't give Handwritten answer
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