OAll isotopes 284 protons are unstable (alpha decay most common) OElements $20 protons are most stable with n/p ratio of 1:1 D Elements~80 protons are most stable with n/p ratio of 1.5:1 ASSESSING NUCLEAR STABILITY: Circle the isotope from each pair below that is predicted to be more stable based on the guidelines above. 1. a. Calcium-40 versus Calcium-50 b. Lead-184 versus Lead 206 c. Carbon-12 Carbon-14 versus d. Helium-4 versus Uranium-238 e. Nitrogen-10 Nitrogen-14 versus
OAll isotopes 284 protons are unstable (alpha decay most common) OElements $20 protons are most stable with n/p ratio of 1:1 D Elements~80 protons are most stable with n/p ratio of 1.5:1 ASSESSING NUCLEAR STABILITY: Circle the isotope from each pair below that is predicted to be more stable based on the guidelines above. 1. a. Calcium-40 versus Calcium-50 b. Lead-184 versus Lead 206 c. Carbon-12 Carbon-14 versus d. Helium-4 versus Uranium-238 e. Nitrogen-10 Nitrogen-14 versus
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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Transcribed Image Text:O All isotopes 284 protons are unstable (alpha decay most common)
O Elements $20 protons are most stable with n/p ratio of 1:1
D Elements 80 protons are most stable with n/p ratio of 1.5:1
ASSESSING NUCLEAR STABILITY:
Circle the isotope from each pair below that is predicted to be more stable based on the
guidelines above.
1.
a. Calcium-40
versus
Calcium-50
b. Lead-184
Lead 206
versus
C. Carbon-12
Carbon-14
versus
d. Helium-4
versus
Uranium-238
e. Nitrogen 10
Nitrogen-14
versus
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