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The table below lists information about two common types of nuclear radiation. Fill in the missing information. Note: round masses to the nearest atomic mass unit (u). name matter or energy

The table below lists information about two common types of nuclear radiation. Fill in the missing information. Note: round masses to the nearest atomic mass unit (u). name matter or energy? mass(u) charge(e) can be stopped by gamma energy 0 0 _____________ matter _______ energy 0 -1 _____________ matter

The table below lists information about two common types of nuclear radiation. Fill in the missing information. Note: round masses to the nearest atomic mass unit (u). name matter or energy? mass(u) charge(e) can be stopped by gamma energy 0 0 _____________ matter _______ energy 0 -1 _____________ matter

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Nitrogen-13 is used in tracers injected into the bloodstream for positron emission tomography (PET). The half-life of nitrogen-13 is 10.0 minutes. If you begin with 54.6 mg of this isotope, what mass remains after 10.2 minutes have passed? mg

Physical Chemistry

Nuclear chemistry Solutions

Nitrogen-13 is used in tracers injected into the bloodstream for positron emission tomography (PET). The half-life of nitrogen-13 is 10.0 minutes. If you begin with 54.6 mg of this isotope, what mass remains after 10.2 minutes have passed? mg

WS4: Nuclear Particles, Nuclear Re 7) e + 14,N q 8) + 4 He 12.C + 'on 42+1 += ata 2. 9) 239 °93Np 239 apu + 238 U2; 10) ^ He + 240 94 aPu + 0 + 0 2 3 4 11) on + you 236 92U 12) N + 0 +10 anna 13) _ + 'H → 12.C + “He 14). + un → ?H + 4zHe Mondo 15) RaRa 226

Physical Chemistry

Nuclear chemistry Solutions

WS4: Nuclear Particles, Nuclear Re 7) e + 14,N q 8) + 4 He 12.C + 'on 42+1 += ata 2. 9) 239 °93Np 239 apu + 238 U2; 10) ^ He + 240 94 aPu + 0 + 0 2 3 4 11) on + you 236 92U 12) N + 0 +10 anna 13) _ + 'H → 12.C + “He 14). + un → ?H + 4zHe Mondo 15) RaRa 226 88 222 Rn 86 16), (10 m o bodo + -10

Type numbers in the boxes. Beginning with 1.00 g of a sample of an unknown radioactive isotope, 0.06352 g of the isotope will remain after 125,000 years. What is the half-life of the isotope? 10 points yr

Physical Chemistry

Nuclear chemistry Solutions

Type numbers in the boxes. Beginning with 1.00 g of a sample of an unknown radioactive isotope, 0.06352 g of the isotope will remain after 125,000 years. What is the half-life of the isotope? 10 points yr