For each of the following unstable nuclides, predict the daughter nuclide by determining the most likely...

Question

Question

For each of the following unstable nuclides, predict the daughter nuclide by determining the most likely mode of decay.

Au-203

Zn-58

Pt-180

Ne-31

science chemistry

Answer 1

Answer #1

1. ²⁰³Au : Mode of decay is β⁻ . Hence, daughter nucleide is ²⁰³Hg.

2. ⁵⁸Zn : Mode of decay are β⁺, p (60%) and β⁺ (40%). Hence, daughter nucleides are ⁵⁷Ni and ⁵⁸Cu respectively.

3. ¹⁸⁰ Pt : Mode of decay are β⁺ (99.7%) and α (0.3%). Hence, daughter nucleides are ¹⁸¹Ir and ¹⁷⁶Os respectively.

4. ³¹Ne : Mode of decay are β⁻ and β⁻,n_. Hence, daughter nucleides are ³¹Na and ³⁰Na respectively.

Answer 2

Similar Homework Help Questions

Predict a likely mode of decay for each of the following unstable nuclides Drag the appropriate...

Predict a likely mode of decay for each of the following unstable nuclides Drag the appropriate nuclides to their respective bins Reset Help As65 Sb-132Fr-202 Cr-60 Beta decay Positron emission
Predict a likely mode of decay for each of the following unstable nuclides. Ba-123 Sb-132 Te-139 Zn-59

Predict a likely mode of decay for each of the following unstable nuclides. Sort them into Beta Decay or Positron Emission: 1. Ba-123 2. Sb-132 3. Te-139 4. Zn-59
Predict a likely mode of decay for each of the following unstable nuclides. Rh-92

Predict a likely mode of decay for each of the following unstable nuclides. Rh-92: beta decay or positron emission Ga-60: beta decay or positron emission S-27: beta decay or positron emission

Predict a likely mode of decay for each of the following unstable nuclides. Drag the appropriate...

Predict a likely mode of decay for each of the following unstable nuclides. Drag the appropriate nuclides to their respective bins. Reset Help A s -65As-65 Z n -59Zn-59 T e -139Te-139 T i -57Ti-57
predict a likely mode of decay for each of the following unstable nuclides. Nb-102

Predict a likely mode of decay for each unstable nuclide. Nb-102, Ru-90, P-27, S-27.
Predict a likely mode of decay for each of the following unstable nuclides. Ti-57 Fr-202 As-65 Cr-60

Predict a likely mode of decay for each of the following unstable nuclides. Beta decay or positron emission? Ti-57 Fr-202 As-65 Cr-60

Determine if the following nuclides are stable or radioactive and predict the process most likely to...

Determine if the following nuclides are stable or radioactive and predict the process most likely to increase their stability. Nuclide Stable? Radioactive Process 1810 Ne ______ ______________ 3216 S ______ ______________ 23690 Th ______ _____________ 125 B _______ _____________ optional answers for "Stable?": Stable or Radioactive optional answers for "Radioactive Process": alpha decay, beta decay, positron emission, electron capture, gamma emission, or none.
Determine if the following nuclides are stable or radioactive and predict the process most likely to...

Determine if the following nuclides are stable or radioactive and predict the process most likely to increase their stability. Nuclide Stable? Radioactive Process 1810 Ne ______ ______________ 3216 S ______ ______________ 23690 Th ______ _____________ 125 B _______ _____________ optional answers for "Stable?": Stable or Radioactive optional answers for "Radioactive Process": alpha decay, beta decay, positron emission, electron capture, gamma emission, or none.
Predict a likely mode of decay for each of the following unstable nuclides. Mo-109 Fr-202 Rn-196 Sb-132 P-27 Ru-90

Predict a likely mode of decay for each of the following unstable nuclides. EXPLAIN why this might be so. a) Mo-109 b) Fr- 202 c) Rn- 196 d) Sb - 132 e) P - 27 f) Ru - 90

1.) Based on the N/Z ratio, size of the nuclide, and knowledge of stable nuclides, what...

1.) Based on the N/Z ratio, size of the nuclide, and knowledge of stable nuclides, what mode of decay is most likely for the following nuclides? a. Potassium-40 b. Chlorine-41 c. Oxygen-20 d. Thorium-224 e. Carbon-15 2) Oxygen-16 is one of the most stable nuclides. The mass of an oxygen-16 atom is 15.994915. Calculate the mass defect (or the binding energy) of oxygen forming from neutrons and protons in kJ/mol.