Question

Based on this table can someone help me with number 2 ? Thank you and will rate

Аавьссе Аавьссос AaBbco Аавbccc Аав 1 Normal 1 No Spac... Heading 1 Heading 2 Title soc Repl ADA FEE Sele Paragraph VUE IN LILLLUER Styles gru Vuru Editin Part 1: Types of Radiation Table 1. Types of Radiation in Nuclear Reactions Demonstration Plutonium-239 Strontium-90 Radium-226 3rd 2nd 1" How far did the radiation travel? (1st = traveled the farthest and 3rd = traveled the shortest distance) What materials were required to stop the radiation (tissue, aluminum, or lead)? What type of radiation is it (a, b, or y)? tissue aluminum lead a B Y Part II: Balancing Nuclear Reactions 1. In the prelab assignment, you found that the radioisotope tin-131 has a neutron-to-proton ratio of 1.62. In the table below, a balanced nuclear equation is provided illustrating the daughter nuclide that would form if tin-131 were to undergo each of the four common modes of radioactive decay. Complete the table below; report ratios with 2 decimal places. Table II. Radioactive Decay and Neutron-to-Proton Ratio for Daughter Nuclide in Nuclear Equations En DAN