Classification of Nuclear Reactions, Practice Worksheet Types of Nuclear Reactions: Natural decay -A radionuclide emits radiation in the form of energy or small particles. (alpha, beta, beta+ (positron), and gamma emissions) Electron capture -A neutron poor radioisotope combines a proton with captured electron to produce a neutron. Fission -natural or artificial production of two smaller daughter nuclides from one large nuclide, often accompanied by energy and small particles. Fusion: -Combination of two or more nuclei to form a third, different nucleus. NUCLEAR CHEMISTRY BALANCING NUCLEAR REACTIONS WORKSHEET Predict the missing product or reactant in the following nuclear reactions. Determine the type of nuclear reaction (α emission, β emission, γ emission, positron emission, artificial transmutation, fission, or fusion) described. Type of Nuclear Reaction: ⟶ 1.) 1.) 42 K 19 2.) 239 Pu 94 3.) 235 U 92 ⟶ _____ + 4.) 1 H 1 + 3 1 H ⟶ _____ 4.) 5.) 6 Li 3 + 1 0 n ⟶ 5.) 6.) 27 Al 13 7.) 9 Be 4 + 8.) 37 K 19 ⟶ ⟶ + e + _____ 0 -1 4 2 1 1 4 2 4 2 He + _____ H ⟶ _____ + 4 2 ⟶ 9.) _____ + 10.) 238 U 92 4 2 11.) 14 C 6 12.) 187 Re 75 7.) 13.) 22 Na 11 14.) 218 Po 84 ⟶ _____ + 15.) 253 Es 99 + 91 Kr 36 1 0 + 3 1 0 n n + _____ ⟶ He ⟶ 11.) 188 75 22 10 4 2 1 0 9.) 10.) N + _____ + _____ ⟶ 4 2 He 8.) Ba + 142 56 He ⟶ _____ + 14 7 6.) e + _____ 1 n 0 ⟶ 3.) 231 Th 90 He ⟶ 3015 P + _____ 0 +1 + 2.) He + _____ Re + 1 1 H Ne He n + _____ 12.) 13.) 14.) 15.) Write the Balanced nuclear equations for the alpha decay of: a) Plutonium-234 b) Strontium-90 Write the balanced nuclear equations for the alpha, beta and gamma decay of Radium-226