A volatile liquid (one that evaporates quickly) was put into a jar and sealed. The temperature of the jar is slowly increased from room temperature (25°C) to 35 °C. 1) Express the temperature and temperature change in K and F; indicate your answer the table below.

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Chapter5: Principles Of Chemical Reactivity: Energy And Chemical Reactions
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A volatile liquid (one that evaporates quickly) was put into a jar and sealed. The temperature of the jar is slowly increased from room temperature (25⁰C) to 35 ⁰C.
Chemistry
A volatile liquid (one that evaporates quickly) was put into a jar and sealed. The temperature of the jar is
slowly increased from room temperature (25°C) to 35 °C.
1) Express the temperature and temperature change in K and F; indicate your answer the table
below.
Initial T (K)
Initial T (F)
Final T (K)
Final T (F)
Change in T (K)
Change in T (F)
2) Is the change in temperature same for Celsius scale and Kelvin scale? Why?
3) Is the change in temperature same for Fahrenheit scale and Kelvin scale? Why?
A volatile liquid (one that evaporates quickly)
was put into a jar and sealed. The temperature
of the jar is slowly increased from room
temperature (25°C) to 35 °C.
Transcribed Image Text:Chemistry A volatile liquid (one that evaporates quickly) was put into a jar and sealed. The temperature of the jar is slowly increased from room temperature (25°C) to 35 °C. 1) Express the temperature and temperature change in K and F; indicate your answer the table below. Initial T (K) Initial T (F) Final T (K) Final T (F) Change in T (K) Change in T (F) 2) Is the change in temperature same for Celsius scale and Kelvin scale? Why? 3) Is the change in temperature same for Fahrenheit scale and Kelvin scale? Why? A volatile liquid (one that evaporates quickly) was put into a jar and sealed. The temperature of the jar is slowly increased from room temperature (25°C) to 35 °C.
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