Answer:
Pure Substance
•Water
Appearance
•Homogeneous
Separating Techniques
•Inseparable
Boling point
•Temperature different in different times
Melting point
•Melts completely and smoothly
--------------------
•Sucrose
Boiling point
•Fixed Temperature
Melting Point
•Sodium Chloride
Boiling Point
•Melts Completely and smoothly
•Copper
•Components can be separated
•Sodium Bicarbonate
Explanation:
A homogeneous mixture has the same proportions of its components throughout in any given sample and is also referred to as a solution. Conversely, a heterogeneous mixture has components in which proportions vary throughout the sample
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Verified answer
Answer:
Pure Substance
•Water
Appearance
•Homogeneous
Separating Techniques
•Inseparable
Boling point
•Temperature different in different times
Melting point
•Melts completely and smoothly
--------------------
Pure Substance
•Sucrose
Appearance
•Homogeneous
Separating Techniques
•Inseparable
Boiling point
•Fixed Temperature
Melting Point
•Melts completely and smoothly
--------------------
Pure Substance
•Sodium Chloride
Appearance
•Homogeneous
Separating Techniques
•Inseparable
Boiling Point
•Fixed Temperature
Melting Point
•Melts Completely and smoothly
--------------------
Pure Substance
•Copper
Appearance
•Homogeneous
Separating Techniques
•Components can be separated
Boiling Point
•Temperature different in different times
Melting Point
•Melts completely and smoothly
--------------------
Pure Substance
•Sodium Bicarbonate
Appearance
•Homogeneous
Separating Techniques
•Inseparable
Boiling Point
•Fixed Temperature
Melting point
•Melts completely and smoothly
Explanation:
A homogeneous mixture has the same proportions of its components throughout in any given sample and is also referred to as a solution. Conversely, a heterogeneous mixture has components in which proportions vary throughout the sample
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