When a single salt crystal is added to a cool liquid, large crystals form. Which statement about the original cool liquid is correct?(1 point) Responses The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved. The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved. The liquid is a heterogeneous mixture because the crystals can be easily separated from the liquid. The liquid is a heterogeneous mixture because the crystals can be easily separated from the liquid. The liquid is a pure substance because it was made up of a single compound. The liquid is a pure substance because it was made up of a single compound. The liquid is a pure substance because it was uniform before the crystal was added.

Question

When a single salt crystal is added to a cool liquid, large crystals form. Which statement about the original cool liquid is correct?(1 point) Responses The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved. The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved. The liquid is a heterogeneous mixture because the crystals can be easily separated from the liquid. The liquid is a heterogeneous mixture because the crystals can be easily separated from the liquid. The liquid is a pure substance because it was made up of a single compound. The liquid is a pure substance because it was made up of a single compound. The liquid is a pure substance because it was uniform before the crystal was added.

Answer 1

The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved.

Answer 2

The correct statement about the original cool liquid is: The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved.

Answer 3

The correct statement about the original cool liquid is: The liquid is a homogeneous mixture because the substance that formed the large crystals was uniformly dissolved.

To determine this, we need to understand the concepts of homogeneous and heterogeneous mixtures. A homogeneous mixture is a blend of two or more substances that are uniformly distributed throughout the mixture. In a homogeneous mixture, the individual components are not easily distinguishable and don't separate on their own. On the other hand, a heterogeneous mixture is a combination of different substances that are not evenly distributed and can be easily separated.

In this scenario, when a single salt crystal is added to the cool liquid and large crystals form, it indicates that the substance in the crystal was uniformly dissolved throughout the liquid. This suggests that the original cool liquid was a homogeneous mixture because the salt was evenly distributed in the liquid before the crystal was added.