Answer it please!! Table 2. Monitoring the rate of evaporation of solvents.Time (minutes)Mass of Ethanol (g)123450.67090.65690.64590.63390.62290.61193Mass of Methanol (g)0.71990.68790.66190.63690.61200.5879Mass of Acetone (g)0.67790.62490.57490.52690.48090.43491 Calculations:1. Using the data collected in Table 2, construct a plot in Excel according to the directions in your labhandout. Based on this, find the slopes of the trendlines for Ethanol, Methanol, and Acetone:a. Slope (rate of evaporation in units of g/min) of Ethanol:b. Slope (rate of evaporation in units of g/min) of Methanol:c. Slope (rate of evaporation in units of g/min) of Acetone:Format your graph. Make sure there is a graph title and label the axes. Save your data to a flash drive oryou may email it to yourself. Ask your instructor whether you need to print your graph or copy/pasteyour graph into the space below.woy nisipe foonsledures to diaopai 101Analysis and Discussion:Vesanstase brood1. Describe how the intermolecular forces specific to the substances in Part I are responsible for theirmelting point order.toogeen ritivdalTeobaly of100A2. Describe how the intermolecular forces specific to the substances in Part II are responsible for theirrates of evaporation.nivoa no3. How do you think water and glycerol's rate of evaporation would compare to the rates for ethanol,methanol and acetone? Faster or slower? Explain your answer using intermolecular forces.5

The rate of a reaction or a process can be determined by plotting a graph of concentration or amount…

Using the data collected in Table 2, construct a plot in Excel according to the directions in your lab handout. Based on this, find the slopes of the trendlines for Ethanol, Methanol, and Acetone: Soy a. Slope (rate of evaporation in units of g/min) of Ethanol: b. Slope (rate of evaporation in units of g/min) of Methanol: c. Slope (rate of evaporation in units of g/min) of Acetone: