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The mass of a sugar cube and glass of water before and after dissolving the sugar cube in the water _____.
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
Which is true about temperature and the rate of dissolving?
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
Water has a characteristic boiling point of ______.
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
The temperature of ice water will remain (near) _______until all of the ice has melted.
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
What is formed when you dissolve one substance (the solute) into another substance (the solvent), and they mix evenly and appear to be one, even though they can indeed be separated back out?
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
Which of these is true about the rate of dissolving?
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
When you mix sugar with water, does it create a mixture or a new compound?
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
The Law of Conservation of Mass states that the
a solution
mass of objects never changes. The parts just rearrange.
100 degrees Celsius
0 degrees Celsius
a mixture
would stay the same.
Stirring increases the rate of dissolving.
The higher the temperature, the faster the rate of dissolving.
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