A) Neutralization B) Saponification C) Esterification D) Transesterification
A) Hydrochloric Acid B) Lye (Sodium Hydroxide or Potassium Hydroxide) C) Citric Acid D) Acetic Acid
A) Magnesium Hydroxide (Mg(OH)2) B) Potassium Hydroxide (KOH) C) Calcium Hydroxide (Ca(OH)2) D) Sodium Hydroxide (NaOH)
A) Ammonium Hydroxide (NH4OH) B) Sodium Hydroxide (NaOH) C) Lithium Hydroxide (LiOH) D) Potassium Hydroxide (KOH)
A) Lye is poisonous if inhaled. B) Lye is flammable. C) Lye is only dangerous if ingested. D) Lye is corrosive and can cause burns.
A) Oils react with lye to create soap. B) Oils prevent the lye from reacting. C) Oils act as a coloring agent. D) Oils only add fragrance.
A) Olive Oil B) Borax C) Glycerin D) Water
A) Adding extra oil to the recipe to ensure no lye remains. B) Adding extra fragrance to the recipe. C) Using only animal fats. D) Adding extra lye to the recipe.
A) The point where the soap batter thickens enough to leave a trail. B) The temperature of the oils. C) The amount of lye used. D) The type of fragrance added.
A) Using only cold water. B) Refrigerating the soap during curing. C) Using only frozen oils. D) Combining lye and oils at lower temperatures.
A) Curing the soap in a heated oven. B) Heating the lye before mixing. C) Using only hot water. D) Cooking the soap batter after it has reached trace.
A) Freezing the soap to preserve it. B) Boiling the soap to remove impurities. C) Allowing the soap to sit for several weeks to harden and lose excess water. D) Adding extra fragrance to the soap.
A) It changes the color of the soap. B) It allows the soap to harden, and the saponification process to complete. C) It makes the soap more fragrant. D) It prevents the soap from melting.
A) Food Coloring B) Acrylic Paint C) Clay D) Hair Dye
A) Oatmeal B) Sand C) Salt D) Sugar
A) Guessing. B) Using a soap calculator. C) Asking a friend. D) Using the same amount as oil.
A) To help the soap harden faster. B) To add fragrance and potential therapeutic benefits. C) To make the soap lather better. D) To make the soap last longer.
A) Glass B) Aluminum C) Heat-resistant plastic D) Stainless steel
A) Rinse immediately with large amounts of water. B) Cover with a bandage. C) Ignore it and wait for it to heal. D) Apply vinegar.
A) Shea butter B) Castor oil C) Olive oil D) Coconut oil
A) Coconut oil B) Shea butter C) Lard D) Palm oil
A) Using too much liquid or not enough hard oils. B) Adding too much fragrance. C) Using too much lye. D) Curing for too long.
A) Not curing the soap long enough. B) Adding too much water. C) Using too much lye or too many cleansing oils. D) Using too much superfat.
A) Deodorant Oil Separation, oil leaking from deodorant. B) Drying Oil Surface, the skin drying out. C) Dangerous Oil Syndrome, a dangerous chemical reaction. D) Dreaded Orange Spots, a sign of rancidity.
A) To make the soap more transparent. B) To increase lather. C) To add fragrance. D) To harden the bar and add a protective layer.
A) A type of fragrance. B) An additive used to increase lather. C) An additive used to harden soap. D) A natural byproduct of saponification, a humectant.
A) In clearly labeled, airtight containers, away from children and pets. B) In the refrigerator. C) Mixed together for easy access. D) In direct sunlight to prevent spoilage.
A) Using more water than the soap calculator recommends. B) Using distilled water. C) Using tap water. D) Using less water than the soap calculator recommends.
A) Certain fragrances, high temperatures, or a recipe imbalance. B) Adding too much colorant. C) Too much stirring. D) Using only natural oils.
A) Between 8 and 10. B) Between 12 and 14. C) Exactly 7. D) Between 2 and 4. |