The energy produced in laser action of a pallet is

Question

Experiments are going on to produce large scale energy by using Deuterium ₁H² and Tritium ₁H³.They are using laser beams to compress the material. Fuel pallets are made by mixing equal number of atoms of ₁H³ and ₁H². Such fuel pallets are spheres of radius r = 200 µm and its density is 200 kg/m³. When laser beams hit the pallet, it get

s compressed and its density is increased by 1000 times. Assume that only 10% of the atoms take part in fusion reaction

₁H²+₁H³ ® ₂He⁴ + ₀n¹ + Q

mass of ₁H² = 2.0141 u           mass of ₁H³ = 3.0160 u           mass of ₂He⁴ = 4.0026 u

mass of ₀n¹ = 1.0087 u            (Take, 1 amu = 931 MeV/c²)

The energy produced in laser action of a pallet is

(A) 10⁸ J                      (B) 10⁵ J                      (C) 10³ J                      (D) 10⁶ J