They have more differences than similarities, but they both 1)are granular, 2) have weight, 3) can be handled and packed in similar fashion, 4) can be found by the seashore.
Its becuase the ocean is salt water and when it evaporates it leaves behind salt crystals:D
the sand and salt will dissolve in the water
You can dissolve the sand and salt into the water. when this happens the salt will be dissolved and the sand will stay at the bottom. then get some filter paper and pour the mixture through it. the dissolved salt and water will go through leaving the sand. there you have the sand aside. to get the salt aside just boil the water until it evaporates completely and you will be left will your salt. then you have your sand and salt separated. by sifting it
mix the salt and sand into a glass of water. The sand would settle at the bottom of the glass, and the salt would dissolve into the water. pour off the salt water, wait for the water to evaporate, and you will be left with salt, and sand.
The sea sand fill in the river. rain water is flow the river. So the sea sand salt is remove some % the continuous function will be remove from full salt in sea sand
sand has the same properties of salt
No they aren't
Its becuase the ocean is salt water and when it evaporates it leaves behind salt crystals:D
sand+salt=sand salt
Because it is made up of small, solid particles.
Yes. A heterogeneous mixture is one that lacks uniformity. When salt water (a homogeneous mixture) and sand are placed in the same container, the sand sinks to the bottom and the salt solution remains, largely, above the sand, demonstrating the characteristic lack of uniformity. See related link, below.
Yes. A heterogeneous mixture is one that lacks uniformity. When salt water (a homogeneous mixture) and sand are placed in the same container, the sand sinks to the bottom and the salt solution remains, largely, above the sand, demonstrating the characteristic lack of uniformity. See related link, below.
Yes. A heterogeneous mixture is one that lacks uniformity. When salt water (a homogeneous mixture) and sand are placed in the same container, the sand sinks to the bottom and the salt solution remains, largely, above the sand, demonstrating the characteristic lack of uniformity. See related link, below.
Salt and sand is a mixture.
the sand and salt will dissolve in the water
You can dissolve the sand and salt into the water. when this happens the salt will be dissolved and the sand will stay at the bottom. then get some filter paper and pour the mixture through it. the dissolved salt and water will go through leaving the sand. there you have the sand aside. to get the salt aside just boil the water until it evaporates completely and you will be left will your salt. then you have your sand and salt separated. by sifting it
You toss the sand and salt in a filter that will not allow the sand through, Then rinse the sand with clean water until all of the salt has been dissolved and removed from the sand, Then evaporate the water and you will have the salt separated from the sand.