Question

Limonene is a nonpolar molecule. The water molecules around it form Select one: a. covalent bonds with limonene and entropy increases. b. hydrogen bonds with limonene and entropy increases. c. hydrogen bonds with themselves and entropy decreases. d. ionic bonds with themselves and entropy decreases.

Answer 1

Answer:C. Hydrogen Bonds with themselves and entropy decreases.

Explanation:Limonene is a chiral aliphatic Hydrocarbon liquid that is relatively stable as MONOTERPENE which cracks at high temperature to produce ISOPRENE. D-limonene is produced from CITRUS FRUIT through CENTRIFUGAL SEPARATION AND STEAM DISTILLATION. The most widely used conversion of limonene is to CARVONE.

The water molecules around LIMONENE forms Hydrogen Bonds with themselves and entropy of the reaction decreases,the name Limonene was obtained from the PEEL OF LEMON.

Answer 2

Answer:

Limonene is a nonpolar molecule. The water molecules around it form hydrogen bonds with themselves and entropy decreases.

Explanation:

Limonene is a compound seen in the skins of citrus fruits and other plants. It is utilized to prepare drugs. It is utilized for bronchitis, obesity, cancer, but there is no sound scientific proof to confirm these uses. In meals, refreshments, and chewing gum, limonene is utilized as a seasoning.

Reason:

• When protein wrinkles and those hydrogen chains that the proteid made to bulk liquid are separated, the entropy of the solution develops.

• The equilibrium within the entropy and enthalpy terms is close, and in recent history, it was estimated that H-links did not share overall proteid durability.

Thus we can say the water molecules around Limonene form hydrogen bonds with themselves and entropy decreases.

To learn more about Limonene, refer:

• https://brainly.com/question/5917139
• https://brainly.com/question/22811091