A Test Liquid Has A Density Of 1.1g/ml. When You Pour Some Of It Into A Cup Of Water, What Will Happen (assuming that their natures are such that they don't mix & that there is no chemical reaction between the two substances)? Choose a.b.c. or d.

A The test liquid will float on the top of the water in the cup.
B. The test liquid will sink to the bottom of the cup
c. The test liquid will form a band in the middle of the cup.
D. The test liquid will coat the sides of the cup, leaving the wter in the center

I think the answer is b but not sure

You are correct.

More dense liquids will sink in less dense liquids OR less dense liquids will float in more dense liquids (assuming the two don't mix and they aren't soluble in each other).

To determine what will happen when the test liquid is poured into a cup of water, we need to consider the density of both substances.

Density is defined as the mass of a substance divided by its volume. In this case, the density of the test liquid is given as 1.1g/ml. Given that the density of water is approximately 1g/ml, we can conclude that the test liquid is denser than water.

When two substances of different densities are poured together, the denser substance tends to sink while the less dense substance tends to float.

Since the density of the test liquid is greater than that of water, option B, "The test liquid will sink to the bottom of the cup," is the correct answer.

To arrive at this conclusion, you need to understand the concept of density and compare the density of the test liquid with that of water.

The correct answer is B. The test liquid will sink to the bottom of the cup. This is because the test liquid has a higher density than water, so it will displace the water and settle at the bottom.