Melting point is Pressure dependent. Choose... TWo different pure compounds can have the same melting point. Choose... Melting point is a physical property. Choose.. Tou need to use acetanilide in a reaction which requires a pure sample. You have two containers; container A has acetanilide with a melting point of 108-113°C and container B has acetanilide with a melting point of 112-114 °C. Which container should you use for the reaction? Explain. Normal BIIIU X2| X² | → EEE fx| IDI e E lli Ix

EBK A SMALL SCALE APPROACH TO ORGANIC L
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Chapter82: Physical Constants Of Liquids: The Boiling Point And Density
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Melting point is Pressure dependent.
Choose...
TWO different pure compounds can have the same melting point.
Choose...
Melting point is a physical property.
Choose...
Tou need to use acetanilide in a reaction which requires a pure sample. You have two containers; container A has acetanilide with a
melting point of 108-113°C and container B has acetanilide with a melting point of 112-114 °C. Which container should you use for the
reaction? Explain.
Normal
BIIIU
X2 | X² |
fx
Tx
Scan and upload your notebook pages including the (i) Experiment Title (ii) Purpose (iii) Material (iv) A summary of the procedure
(find in first Experiment PDF: Melting Points of Compounds) and (v) Calculations to find:
a. the difference between the standard given and measured
b. the correction of your unknown melting point
Transcribed Image Text:Melting point is Pressure dependent. Choose... TWO different pure compounds can have the same melting point. Choose... Melting point is a physical property. Choose... Tou need to use acetanilide in a reaction which requires a pure sample. You have two containers; container A has acetanilide with a melting point of 108-113°C and container B has acetanilide with a melting point of 112-114 °C. Which container should you use for the reaction? Explain. Normal BIIIU X2 | X² | fx Tx Scan and upload your notebook pages including the (i) Experiment Title (ii) Purpose (iii) Material (iv) A summary of the procedure (find in first Experiment PDF: Melting Points of Compounds) and (v) Calculations to find: a. the difference between the standard given and measured b. the correction of your unknown melting point
teting Point Measurement and Correction
Approximate melting point of unknown compound:
85 – 96 °C
Select an appropriate melting point standard with a melting point closest to the approximate melting point of your unknown
compound.
Choose the standard:
A. 98 – 100 °c
Choose...
B. 160 – 162 °C
C. 252 - 254 °C
Measured absolute melting point of the standard:
96 - 98 °C
Measured absolute melting point of the unknown compound:
90 – 94 °C
Compare the reported and experimental melting points of the standard to determine if any corrections need be done for your unknown
melting point.
Correction (°C):
Corrected melting.point of unknown compound
Transcribed Image Text:teting Point Measurement and Correction Approximate melting point of unknown compound: 85 – 96 °C Select an appropriate melting point standard with a melting point closest to the approximate melting point of your unknown compound. Choose the standard: A. 98 – 100 °c Choose... B. 160 – 162 °C C. 252 - 254 °C Measured absolute melting point of the standard: 96 - 98 °C Measured absolute melting point of the unknown compound: 90 – 94 °C Compare the reported and experimental melting points of the standard to determine if any corrections need be done for your unknown melting point. Correction (°C): Corrected melting.point of unknown compound
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