Four salt solutions are created using different amounts of salt and water, as shown.Solution Salt(tablespoon) Water(mL)P 2 200Q 2 100R 1 200S 1 100Which solution has the highest concentration, and why?ResponsesSolution P; it has more salt and water compared to the other solutions.Solution P; it has more salt and water compared to the other solutions.Solution Q; it has more salt with a smaller amount of water compared to the other solutions.Solution Q; it has more salt with a smaller amount of water compared to the other solutions.Solution R; it has less salt with a larger amount of water compared to the other solutions.Solution R; it has less salt with a larger amount of water compared to the other solutions.Solution S; it has less salt and water compared to the other solutions.

Three salt solutions are to be used in an experiment, a 0.5 g/dm3 solution (solution 1), a 1.5 g/dm3 solution (solution 2) and a 2.5 g/dm3 solution (solution 3). Which solution is the most concentrated?

Three salt solutions are to be used in an experiment, a 0.5 g/dm3 solution (solution 1), a 1.5 g/dm3 solution (solution 2) and a 2.5 g/dm3 solution (solution 3). Which solution will contain the fewest salt particles in a particular volume?solution 2solution 3solution 1

Miranda makes four different solutions by mixing salt and water as shown in the table below.Solution Weight of Salt Volume of Water1 5 g 50 mL2 5 g 100 mL3 5 g 150 mL4 5 g 200 mLWhich solution has the lowest concentration? A. solution 3 B. solution 1 C. solution 4 D. solution 2

Adrian makes four different solutions by mixing sugar and water as shown in the table below.Solution Weight of Sugar Volume of Water1 5 g 100 mL2 10 g 100 mL3 15 g 100 mL4 20 g 100 mLWhich solution has the highest concentration? A. solution 1 B. solution 2 C. solution 3 D. solution 4

Analyze the results for the concentration of salts shown in Table 1.1.