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Consider substance 1 of density is melting at absolute temperature I and the pressure P to form another substance. What is the change in internal energy in the process of melting of 1 gram of substance 1? Let be the density of substance 1, 2 be the density of substance 2, and I be the latent heat of melting of 1 gram of substance 1. (a) I + P ( 1 — 1/ P₂ P (b) ) I + P ( 11 - 12/ A P₂ 11 (c) L-P P₂ P. (4) Z-P(1-1-) P₂

Consider substance 1 of density is melting at absolute temperature I and the pressure P to form another substance. What is the change in internal energy in the process of melting of 1 gram of substance 1? Let be the density of substance 1, 2 be the density of substance 2, and I be the latent heat of melting of 1 gram of substance 1. (a) I + P ( 1 — 1/ P₂ P (b) ) I + P ( 11 - 12/ A P₂ 11 (c) L-P P₂ P. (4) Z-P(1-1-) P₂

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Consider substance 1 of density is melting at absolute temperature I and the pressure P to form another substance. What is the change in internal energy in the process of melting of 1 gram of substance 1? Let be the density of substance 1, P² be the density of substance 2, and I be the latent heat of melting of 1 gram of substance 1. (a) L+P (b) L+P (c) L-P (d) L-P I -|R|R16 116 P₂ Pi P Pr 1 P₂ Pi P Pr
Transcribed Image Text:Consider substance 1 of density is melting at absolute temperature I and the pressure P to form another substance. What is the change in internal energy in the process of melting of 1 gram of substance 1? Let be the density of substance 1, P² be the density of substance 2, and I be the latent heat of melting of 1 gram of substance 1. (a) L+P (b) L+P (c) L-P (d) L-P I -|R|R16 116 P₂ Pi P Pr 1 P₂ Pi P Pr
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