The order of temporal accuracy achieved by the PISO algorithm for pressure and momentum are ___________ and ___________ respectively.

The order of temporal accuracy achieved by the PISO algorithm for pressure and momentum are ___________ and ___________ respectively. Correct Answer three, four

The PISO procedure is repeated at each time-step to calculate the velocity and pressure values. This algorithm results in third-order temporally accurate pressure values and fourth-order temporally accurate momentum values.

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Which of these terms of the momentum equations are altered by the transient term in the PISO algorithm?
Which of these terms is added to the source term of the momentum equations of the transient PISO algorithm?
Which of these characteristics of the PISO algorithm match with the SIMPLE algorithm?
In which of these steps are the pressure-correction equations obtained in the PISO algorithm?
Deuteron in its ground state has a total angular momentum J = 1 and a positive parity. The corresponding orbital angular momentum L and spin angular momentum S combinations are