1.1 A 50.0 g aluminium disk at 300 °C is placed in 200 cm' of ethyl alcohol at 10 °C, then removed after a short period of time. The aluminium temperature was observed to have dropped to 120 °C. Calculate the new temperature of ethyl alcohol after the aluminium dısk has been removed? (density ofethyl alcohol is 790 kg/cm?)

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Chapter1: Chemical Foundations
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QUESTION 1
1.1 A 50.0 g aluminnum disk at 300 °C is placed in 200 cm' of ethyl alcohol at 10 °C, then removed
after a short period of time. The aluminium temperature was observed to have dropped to 120 °C.
Calculate the new temperature of ethyl alcohol after the aluminium disk has been removed?
(density of ethyl alcohol is 790 kg/cm')
1.2 Clearly explain what you understand about specific heat of a substance
Transcribed Image Text:QUESTION 1 1.1 A 50.0 g aluminnum disk at 300 °C is placed in 200 cm' of ethyl alcohol at 10 °C, then removed after a short period of time. The aluminium temperature was observed to have dropped to 120 °C. Calculate the new temperature of ethyl alcohol after the aluminium disk has been removed? (density of ethyl alcohol is 790 kg/cm') 1.2 Clearly explain what you understand about specific heat of a substance
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