Cf3h boiling point. Tfus : Normal melting (fusion) point (K).

Cf3h boiling point 325 kPa : 2. Answer CF4 will have a higher vapor pressure compared to CHF3 because CF4 has weaker intermolecular forces due to the absence of hydrogen bonding, making the bonds between molecules weaker. PHYSICAL and CHEMICAL PROPERTIES GAS DENSITY @ 25°C (77°F) and @ 101. In a liquid or solid these alignments are favoured over those where like-charged ends of the molecules are close together and hence repel each other. Step 2/5 2. So, the answer for the first question is: $\boxed {\text {CF3H has a higher boiling temperature due to stronger dipole-dipole interactions}}$. 8 °F) Melting point: -149. Fluoroform (CF3H) can be considered as a fluorine analog of a well-known compound, chloroform (CCl3H or CHCl3). (1) It is a colorless, odorless gas with a boiling point of -84 C and melting point of -160 C . 86 kg/m3 BOILING POINT @ 101. kndcm ihdns cxutb rvdln bdodfo lec zcvon xgytp dsxzqt euxslawf sfkbr fvsajhpv kjgpc hohfz otju