Answer Happy

Posted: **Thu Jul 07, 2022 12:02 pm**

: Ice 0 C 80 Cal Absorbed Water 0 C 100 Cal Absorbed Water 100 C 100 Cal Released 540 Cal Absorbed 80 Cal 540 Cal Re 1 (39.69 KiB) Viewed 23 times

: Ice 0 C 80 Cal Absorbed Water 0 C 100 Cal Absorbed Water 100 C 100 Cal Released 540 Cal Absorbed 80 Cal 540 Cal Re 2 (48.1 KiB) Viewed 23 times

Ice 0°C 80 cal. Absorbed Water 0°C 100 cal. Absorbed Water 100 C 100 cal. Released 540 cal. Absorbed 80 cal. 540 cal. Released Released Figure 6.3: Latent Heat Related to Phase Changes of Water. Water Vapor 100°C
2. Using Figure 6.3 above, complete Table 6.1 below. Provide the energy required for one milliliter of water. Table 6.1: Latent Heat Phase Change Solid (0°C)→ Liquid (0°C) Liquid (0°C)→ Solid (0°C) Liquid (0°C)→ Gas (100°C) Gas (100°C)→ Liquid (0°C) Solid (0°C)→ Gas (100°C) Gas (100°C)→ Solid (0°C) Heat Calories Exchanged Latent energy released or absorbed? Warming or cooling the surrounding environment?