Represent constraints by linear equations, inequalities and systems; interpret solutions as viable and non-viable. Represent constraints by equations or inequalities, and by systems of equations and/or inequalities, and interpret solutions as viable or nonviable options in a modeling context.
Drug Incompatibility 56 Chemical Incompatibility â¢ Def.: Reaction between two or more substances which lead to change in chemical properties of pharmaceutical dosage form. â¢ Types of chemical changes: 1. Oxidation 2. Hydrolysis 3. Polymerization 4. Isomerization 5.
Miscibility refers to making a solution of liquids. If two liquids mix in any proportions we call them miscible. If they donât they are immiscible. The picture shows two immiscible liquids. These are liquids with very different IMFs, for example oil (long hydrocarbon chain, non-polar) and water (polar, H-bonding).Again, âlike dissolves like,â âlike is miscible with like.â. When you are deciding what molecules are alike, look at the intermolecular forces.For example, CH 3 OH (methanol) is an alcohol that is miscible with water. Both are polar and both have H-bonds. However, you might think that methanol is more like CH 4 (methane) since it is only different due to the missing oxygen atom.hen you are deciding what molecules are alike, look at the intermolecular forces. For example, CH 3 OH (methanol) is an alcohol that is miscible with water. Both are polar and both have H-bonds. However, you might think that methanol is more like CH 4 (methane) since it is only different due to the missing oxygen atom.