Select the balanced nuclear equation for each of the following changes.(a) positron emission by carbon-10с_ie +10C + e → N->Cie +O C624396243962439624396(b) alpha emission by curium-2431010He + BeCmсCmCm+e243je + 97 BkAmje +24395239He +9424395PuAm(c) electron capture by vanadium-49492049V →>> _je + 22 TiV2045He + 2149e + 22VV +_je.O→>>0 +(d) beta emission by oxygen-204922He +je +eje +2410209TiScTiNeFNF

The definitions of types of nuclear reactions to be known to answer the given questions.

Select the balanced nuclear equation for each of the following changes. (a) positron emission by carbon-10 6 243 96 243 96 e+ N 7 N 243 96 243 96 C C + e. с je + C (b) alpha emission by curium-243 10 10 He + Be Cm -> с Cm Cm+e- je + je +297 243 B 243 95 He + 239 94 243 95 Bk Am Pu Am (c) electron capture by vanadium-49 23 49 _je + 22 Ti 45 He +21 49 e + 22 V V + je → 49 22 He + je + (d) beta emission by oxygen-20 0 + je → 20 9 Sc Ti Ti Ne F N + e + 20 F

Select the balanced nuclear equation for each of the following changes. (a) positron emission by carbon-10 6 243 96 243 96 e+ N 7 N 243 96 243 96 C C + e. с je + C (b) alpha emission by curium-243 10 10 He + Be Cm -> с Cm Cm+e- je + je +297 243 B 243 95 He + 239 94 243 95 Bk Am Pu Am (c) electron capture by vanadium-49 23 49 _je + 22 Ti 45 He +21 49 e + 22 V V + je → 49 22 He + je + (d) beta emission by oxygen-20 0 + je → 20 9 Sc Ti Ti Ne F N + e + 20 F

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...

See similar textbooks

Similar questions

help me asap pls
2. Complete the following nuclear equation and identify X in each case: 26, 4 Mg + ip a + X 2° b.) co 59 + {H 60со + X 27 27 235U + 1. 94, c.) 92 on 36 139 Kr + 56 Ba + Ва + 3X 4. 53 d.) Cr + 2° 24 + X e.) 200 20F + X
Write the equation for the nuclear decay: electron capture by 10n. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIU S Paragraph A V Arial 14px = E E Xx² X2 ABC 田用国 Ť (1) P O WORDS POWERED BY TINY +] !!! S
Write the isotope needed, by identifying A, Z, and X, to balance the following nuclear fusion reaction: {H+H¬¿n+ £X Express your answer as an isotope using prescripts.
VISUAL IZATION Modes of Radioactivve Decay 140 130 120 110 100 90 80 70 60 50 - Stable - Radioactive 40 30 20 10 10 20 30 40 50 60 70 80 90 100 Number of protons (Z) Now consider positron emission. Now consider electron capture. "E8+R "E+ge +",R n-1 In which direction would a nucleus move on this chart if it In which direction would a nucleus move on this chart if it were to emit a positron? were to occur? up to the left O up to the left O up to the right up to the right down to the left down to the left down to the right down to the right For what types of unstable nuclei (compared with those on For what types of unstable nuclei (compared with those on the island of stability) will this form of radioactivity be mos the island of stability) will this form of radioactivity be most likely to occur? likely to occur? those with excess neutrons O those with excess neutrons O those with not enouah neutrons O those with not enough neutrons N) suognau jo aqunN
2. Complete the following nuclear equation and identify X in each case: 26 a.) Mg + p - a + X b.) co + {H 60co + X 27 27 c.) 35u 94Kr + 36 139 56 Ba + 3X 92 53C 24 4 a + X d.) Cr e.) 280 20F + X A sample containing Br-82 was found to uore nreser urc
Select the balanced nuclear equation for 29 (a) beta emission by 12Mg 29 22Mg + fe → Na 12¹ 29 12¹ 29 12 Mg 29 13 Al + de 29 11 29 Mg →>>> 2Na+e 11 29. 22Mg → Na + p 12¹ 28 11
7
4) Consider the following reaction 228 224 88Ra ==== *86Rn + 4,He Which type of process is shown in this reaction? Alpha emission Beta emission Positron emission Electron capture
Part B Balance the decay equations Determine the particle that balances the equation.
Complete and balance the following nuclear equations by sup plying the missing particle: (a) 252/98 Cf + 10/5 B 98 → 3 1/0n + ? (b) 2/1 H + 3/2 He →4/2He + ? (c) 1/1 H+ 11/5B → 3? (d) 122/53 → 122/54 Xe +? (e) 59/20 Fe →-0/1 e + ?
(14) Which of the following types of radiation would be able to pass through lead? (A) Alpha particles (B) Beta particles (C) Neutrons Gamma rays (D) (E) Infrared rays isotope of a transuranium element forms technet