The correct statement is:

The nucleus 8 3 Li can emit an alpha particle
The nucleus 210 84 Po can emit a proton
Deuteron and alpha particle can undergo complete fusion
The nuclei 70 30 Zn and 82 34 Se can undergo complete fusion

Correct answer: Deuteron and alpha particle can undergo complete fusion

Solution

Deuteron and alpha particles can undergo complete fusion due to their nuclear properties, which allow them to overcome the Coulomb barrier and form a heavier nucleus under suitable conditions.

Related JEE Advanced Physics questions

In the nuclear fission reaction 235⁹²U → 140⁵⁴Xe + 94³⁸Sr + x + y, where x and y represent two particles, the 235⁹²U nucleus is initially stationary. The kinetic energies of the resulting products are denoted as Kₓ, K_Sr, K_Xe (2 MeV), and K_y (2 MeV), respectively. The binding energy per nucleon values for 235⁹²U, 140⁵⁴Xe, and 94³⁸Sr are 7.5 MeV, 8.5 MeV, and 8.5 MeV, respectively. Considering the laws of conservation, which of the following is correct?
An accident in a nuclear laboratory resulted in deposition of a certain amount of radioactive material of half-life 18 days inside the laboratory. Tests revealed that the radiation was 64 times more than the permissible level required for safe operation of the laboratory. What is the minimum number of days after which the laboratory can be considered safe for use?
The electrostatic potential energy of Z protons uniformly distributed within a spherical nucleus of radius R is expressed as E = (3/5) * Z(Z−1)e² / (4πε₀R). The masses of neutron, ¹H, ¹⁵₇N, and ¹⁵₈O are 1.008665 u, 1.007825 u, 15.000109 u, and 15.003065 u, respectively. If the radii of ¹⁵₇N and ¹⁵₈O nuclei are identical, and given 1 u = 931.5 MeV/c², e²/(4πε₀) = 1.44 MeV fm, and 1 fm = 10⁻¹⁵ m, calculate the radius of either nucleus, assuming the binding energy difference between ¹⁵₇N and ¹⁵₈O arises solely from electrostatic energy.
In a radioactive decay experiment, the starting number of nuclei is 3000. After 1.0 second, it is observed that 1000 ± 40 nuclei have undergone decay. Using the approximation ln(1 + x) ≈ x for |x| << 1, what is the uncertainty Δλ in calculating the decay constant λ (in s⁻¹)?
A radioactive isotope 40/19 K undergoes decay either into stable 40/20 Ca with a decay constant of 4.5 × 10⁻¹⁰ per year or into stable 40/18 Ar with a decay constant of 0.5 × 10⁻¹⁰ per year. Assuming that all stable 40/20 Ca and 40/18 Ar nuclei originate from the decay of 40/19 K, determine the time t × 10⁹ years for which the ratio of the combined number of stable 40/20 Ca and 40/18 Ar nuclei to the remaining 40/19 K nuclei becomes 99. (Given ln 10 = 2.3).
A radioactive nucleus Q, with a half-life of 20 minutes, decays by emitting alpha particles 60% of the time and beta particles 40% of the time. If the initial count of Q nuclei is 1000, how many nuclei undergo alpha decay within the first hour?

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