a) S b) S: = = A R₂ νοθ 1/3 R (NVU)1/3 1) R³ (NU) 23³ 1/2 ©s-(*)”[xu+ R02)” e S = R³ 082 1/5 [N2VU2]1/5 (8) S i) U = R1/2 = ( ^^)^^ [NU 11/2² exp(- V²/2 N²²) 0 S² = (0) 5 /= exp(S/NR) R Write each of the five physically acceptable fundamental equations of Problem 1.10-1 in the Euler form (a,c,e,g,i). A C S = R2 1/3 S = νοθ (NVU)1/3 (1) R 1/2 = (#) (NU +1 ROV2 1/2 (2) E S = R³ 1/5 V082 (N²VU²)1/5 G S R 1/2 = (#)" (NU) 1/2 exp (2/2) I (3) V2 (4) 2N2v U R J = (1/1) & exp (NR) ехр (5)