Your little sister thinks that a solid is gone when it is in a solution. Draw a picture to help her understand the solid is actually still there, even though she can't see it.
The drawing should show particles breaking apart and getting smaller and smaller.
How can you separate a mixture made of sand, paper clips, and salt? Explain which tools you will use and what material the tool will separate from the mixture.
1) use a magnet to separate the paper clips 2) pour water into the mixture and stir to dissolve the salt 3) pour the mixture through filter paper to separate the sand 4) evaporate the water to separate the salt
Your little brother filled a bucket with ocean water. He left it outside and the water evaporated. What did he see in the bucket the next day?
Chef Joe Joe Bob made three drinks - they are described below. Which one is a solution, how do you know?
drink 1: a red, cloudy drink with nothing at the bottom of the glass
drink 2: a red, clear drink with nothing at the bottom of the glass
drink 3: a red, clear drink with a powdery substance at the bottom of the glass
The red, clear drink with nothing on the bottom of the glass is the solution. It is a solution because it is clear and there is no visible solid material.
Suzie Q made a sugar and water solution. What will the solution taste like after pouring it through a filter paper? Why?
The solution will taste sweet because the sugar is dissolved in the water. The sugar and water will both go through the filter paper because the particles are smaller than the holes in the filter paper.
Johnny J mixed 15 g of salt with 100 mL of water. How much does the solution weigh? How much will it weigh after all the water evaporates?
The solution weighs 115 g. 1 mL of water = 1 g of water. So, 100 g + 15 g = 115 g.
The solution will weigh 15 g after it evaporates because all the water has been removed. 115 g - 100 g = 15 g.