Ice warming 0.941 kl/mol Ice melting to liquid 6,02 kl/mol Liquid water warming 7.52 ki/mol Liquid water vaporizing to s

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Ice Warming 0 941 Kl Mol Ice Melting To Liquid 6 02 Kl Mol Liquid Water Warming 7 52 Ki Mol Liquid Water Vaporizing To S 1 (46.92 KiB) Viewed 47 times

Ice Warming 0 941 Kl Mol Ice Melting To Liquid 6 02 Kl Mol Liquid Water Warming 7 52 Ki Mol Liquid Water Vaporizing To S 2 (37.53 KiB) Viewed 47 times

Ice warming 0.941 kl/mol Ice melting to liquid 6,02 kl/mol Liquid water warming 7.52 ki/mol Liquid water vaporizing to steam 40.7 kJ/mol Steam warming 0.904 kJ/mol 125 Bolling 100 point 75 Temperature (°C) 50 Vapor Water 25 Melting point 0 o Ice - -25 40 50 60 70 10 30 20 Pearson
10 20 40 50 60 70 30 Heat added (kJ/mol) Explain the significance of the slopes of each of the three rising segments. Why are the slopes different? Drag the terms on the left to the appropriate blanks on the right to complete the sentences. Reset Help C temperature The slopes indicate how rapidly increases the of the sample with The slope is proportional to value of The amount of molecular motion and the amount of are different in each phase, so the specific heat capacity and the slope aro different for each phase and each substance, amount of heat added molecules volume pressure CA intermolecular interactions Submit Request Answer