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1. Complete th e preparations of some transuranium elements (elements with atomic numbers greater th an 92, Classify also the reaction as (a) radioactive decay (b) nuclear transmutation, (c) nuclear fusion, (d) nuclear fission. 23U + ¿n → 233Np a. b. 233NP + -{ß 렁릉Cm + 24 Cf + ¿n C. d. 208Pb + + 공n 23Cf + + 4 in e. 2. Fill in the blanks in the foilowing radioactive decay series: 232TH 2, 228Th a. S 227 Ac b. 235U 3 4 233Pa £ C. 3. Write balanced nuclear equations for the followwing reactions and identiry X: a. X (p,a) 1¿c 3Se (d.p) x b. ?{Al (d,a) X e. X (d,2p) ¿Li c. Mn (n.Y) x f. 1gB (n,a) X d. 4. Write the balanced nuclear equations for the following: Beta decay of s odium-26 Alpha decay of 21293 Bi Electron capture by 11049ln Alpha decay of polonium-218 Production of ²4'95 Am through beta decay Formation of 20383 Bi through alpha decay Formation of 52 Formation of Polonium-215 through alpha decay Production of ²2®aAc through beta decay Formation of 81Kr through electron capture a. b. C. d. e. f. Mn through positron emission g. h. i. j.

1. Complete th e preparations of some transuranium elements (elements with atomic numbers greater th an 92, Classify also the reaction as (a) radioactive decay (b) nuclear transmutation, (c) nuclear fusion, (d) nuclear fission. 23U + ¿n → 233Np a. b. 233NP + -{ß 렁릉Cm + 24 Cf + ¿n C. d. 208Pb + + 공n 23Cf + + 4 in e. 2. Fill in the blanks in the foilowing radioactive decay series: 232TH 2, 228Th a. S 227 Ac b. 235U 3 4 233Pa £ C. 3. Write balanced nuclear equations for the followwing reactions and identiry X: a. X (p,a) 1¿c 3Se (d.p) x b. ?{Al (d,a) X e. X (d,2p) ¿Li c. Mn (n.Y) x f. 1gB (n,a) X d. 4. Write the balanced nuclear equations for the following: Beta decay of s odium-26 Alpha decay of 21293 Bi Electron capture by 11049ln Alpha decay of polonium-218 Production of ²4'95 Am through beta decay Formation of 20383 Bi through alpha decay Formation of 52 Formation of Polonium-215 through alpha decay Production of ²2®aAc through beta decay Formation of 81Kr through electron capture a. b. C. d. e. f. Mn through positron emission g. h. i. j.

Chemistry
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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PRACTICE EXERCIS E 3.5 1. Complete the preparations of some transuranium elements (elements with atomic numbers greater than 92. Classify also the reaction as (a) radioactive decay (b) nuclear transmutation, (c) nuclear fusion, (d) nuclear fission. 23U + ¿n » 239NP a. 233Np + -Iß b. 렁릉Cm + 23 CE + on C. d. 로등들CF + an 23Cf + + 4 ¿n e. 2. Fill in the blanks in the foll owing radioactive decay series: B, 228Th а. 232Th a 227 AC b. 235U 3 e 233Pa C. 3. Write balanced nuclear equations for the foilowing reactions and identify X: X (p,a) 1층C Se (d,p) X b. 3Al (d,a) X e. X (d,2p) ¿Li c. Mn (n, Y) X f. 1gB (n,a) X а. d. 4. Write the balanced nuclear equations for the following: Beta decay of sodium-26 Alpha decay of 21283 Bi Electron capture by 11049ln Alpha decay of polonium-218 Production of 24195 Am through beta decay Formation of 20383 Bi through alpha decay Formation of 52 Mn through positron emission Formation of Polonium-215 through alpha decay Production of ²2®89AC through beta decay Formation of 81Kr through electron capture a. b. c. d. e. f. g. h. i. j. --cס
Transcribed Image Text:PRACTICE EXERCIS E 3.5 1. Complete the preparations of some transuranium elements (elements with atomic numbers greater than 92. Classify also the reaction as (a) radioactive decay (b) nuclear transmutation, (c) nuclear fusion, (d) nuclear fission. 23U + ¿n » 239NP a. 233Np + -Iß b. 렁릉Cm + 23 CE + on C. d. 로등들CF + an 23Cf + + 4 ¿n e. 2. Fill in the blanks in the foll owing radioactive decay series: B, 228Th а. 232Th a 227 AC b. 235U 3 e 233Pa C. 3. Write balanced nuclear equations for the foilowing reactions and identify X: X (p,a) 1층C Se (d,p) X b. 3Al (d,a) X e. X (d,2p) ¿Li c. Mn (n, Y) X f. 1gB (n,a) X а. d. 4. Write the balanced nuclear equations for the following: Beta decay of sodium-26 Alpha decay of 21283 Bi Electron capture by 11049ln Alpha decay of polonium-218 Production of 24195 Am through beta decay Formation of 20383 Bi through alpha decay Formation of 52 Mn through positron emission Formation of Polonium-215 through alpha decay Production of ²2®89AC through beta decay Formation of 81Kr through electron capture a. b. c. d. e. f. g. h. i. j. --cס
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