Which property of water contributes to the formation of ocean waves and why? A .adhesive property - At the surface, the molecules wash up on the bench and are quickly absorbed by the sun; this loss of water initiates wave formation.

B .cohesive property - At the surface, the molecules can easily be absorbed by phytoplankton; as the water is removed, wave formation is initiated.

C .high specific heat value - At the surface, the molecules absorb heat; this drawns them towards the center, which starts the formation of waves.

D .surface tension - At the surface, the molecules are drawn towards the center; this action enables the water to move in unison for wave formation.

Looking out at the ocean, one often sees a seemingly infinite series of waves, transporting water from one place to the next. Though waves do cause the surface water to move, the idea that waves are travelling bodies of water is misleading.

Explanation:

Pulled and wattled = 9/16

Pulled and no wattle = 3/16

horned and wattled = 3/16

horned and no wattle = 1/16

Explanation:

Pulled = P, Horned = p

Wattled = W, no wattle = w

Polled, wattle goats = P_W_

Since they produced offspring with horns and no wattles (ppww), it means both parents have the recessive allele for each trait. Hence, they are both heterozygotes with PpWw as genotypes.

       PpWw    x    PpWw

Genotypes ratio of the offspring:

P_W_ - 9/16

P_ww - 3/16

ppW_ - 3/16

ppww - 1/16

Phenotype ratio of the offspring:

Pulled and wattled = 9/16

Pulled and no wattle = 3/16

horned and wattled = 3/16

horned and no wattle = 1/16

(See the attached image for the Punnet's square)