What amount of heat was imparted to a monatomic gas by the amount of substance 1 mol

What amount of heat was imparted to a monatomic gas by the amount of substance 1 mol, if it was heated by 10 K during isobaric expansion?

The amount of heat transferred to the gas during isobaric expansion is calculated by the formula:
Q = A + ∆U, where A is the work done by the system, ∆U is the change in internal energy.
А = υ * R * ∆T, where υ is the amount of substance (υ = 1 mol), R is the universal gas constant (R = 8.31 J / (mol * K)), ∆T is the temperature change (∆T = 10 K).
Q = 3/2 (υ * R * ∆T).
Then:
Q = A + ∆U = υ * R * ∆T + 3/2 (υ * R * ∆T) = 5/2 (υ * R * ∆T) = 2.5 * 1 * 8.31 * 10 = 207 , 75 J.
Answer. A monatomic gas with isobaric expansion was reported to be 207.75 Joules of heat.