Explanation

• The incorrect statement about suspension is: The suspension is transparent and clear

Suspensions are typically characterized by:

• Being heterogeneous mixtures
• Having dispersed solute particles
• Having varying color and appearance throughout
• Being translucent or opaque

Explanation

• The solution is a homogeneous mixture
• In a solution the particles of solute and solvent are mixed
• The colour and appearance are same in every part of the solution
• The solution is clear and transparent

Explanation

• Suspensions are mixtures in which the solute particles are dispersed throughout the solvent, but are not dissolved.
• The particles are visible to the naked eye and settle out of the mixture over time.
• Examples: Muddy water, milk and blood.

Explanation

• The solubility of a solute substance increases as the temperature of the solvent (liquid) increases.
• This is because heat energy helps to break the bonds between the solute particles and the solvent molecules, allowing more solute to dissolve.

Explanation

• Suspensions are heterogeneous mixtures that contain particles that are visible to the naked eye and settle out of the mixture over time.
• This is in contrast to solutions, which are homogeneous mixtures that contain dissolved particles that are not visible and do not settle out.

Explanation

• When a substance (the solute) is dissolved in a liquid (the solvent) and no new substance is formed.
• The resulting mixture is called a solution.

Explanation

• A concentrated solution has a high amount of solute relative to the solvent.
• Indicating that there is a large quantity of the dissolved substance compared to the amount of solvent.

Explanation

• Carbon dioxide (gas) dissolves in water (liquid).
• It forming a gas-liquid solution.

Explanation

• Lemon juice, which is primarily liquid, dissolves in water, another liquid, creating a liquid-liquid solution.
• Where both solute (lemon juice) and solvent (water) are in liquid form.

Explanation

• Salt (a solid) dissolves in water (a liquid) to form a solution.
• Making it a classic example of a solid-liquid solution.