Use the heating curve of ethanol below to answer the questions that follow.QUESTIONS:Segment A represents the heating of ethanol in the _______________ phase.Segment B represents the _______________ of ethanolSegment C represents the heating of ethanol in the _______________ phase.Segment D represents the _______________ of ethanolSegment E represents the heating of ethanol in the _______________ phase.What is the boiling point of ethanol? _______________ What is the condensing point of ethanol? _______________ What is the freezing point of ethanol? _______________ What is the melting point of ethanol? _______________ The average kinetic energy (aka temperature) is changing during these three segments: _______________ The heat added during the three sections mentioned in the question above is being used to _______________ (increase the temperature/change the phase) of ethanol.The average kinetic energy (aka temperature) is constant during these two segments: _______________ The heat added during the two sections mentioned in the question above is being used to _______________ (increase the temperature/change the phase) of ethanol.

Calculate the energy required to heat 795.0mg of ethanol from −2.4°C to 14.6°C. Assume the specific heat capacity of ethanol under these conditions is ·2.44J·g−1K−1 . Be sure your answer has the correct number of significant digits.

What mass of ethanol will release 410.0 J of heat when it cools from 32.2°C to 19.1°C? The specific heat of ethanol is 2.44 J/g°C. a 76.4 g b 12.8 g c 31.3 g d 7.49 g

The temperature of ethanol in degrees Celsius is read from input into integer variable val. If val is:< -113 degrees Celsius, output "The ethanol is now a solid."≥ -113 degrees Celsius and < 79 degrees Celsius, output "The ethanol is now a liquid."Otherwise, output "The ethanol is now a gas." End each output with a newline.

Test tubes containing ethanol have been placed in a water bath.The water bath has only just been switched on. The temperature of the water was recorded as it was heating up.Ethanol has a melting point of -114 °C and a boiling point of 78 °C.Identify the state of matter ethanol will be after 90 seconds.LiquidSolidGas

The specific heat capacity of ethanol is 2,440 J/kg°C. How much energy will be required to raise the temperature of 150g of ethanol to 35°C, if the starting temperature is 22°C?Energy = mass × specific heat capacity × temperature change