Answer:
Explanation:
The difference between the homozygous and heteozygous in terms of genotype and phenotype is
For homozygous: an homozygous individual can carry similar alleles for a trait for example similar dominant alleles (FF) as the genotype and show a phenotype of black fur for the dominant allele and an homozygous individual can also carry the recessive allele (ff) as the genotype but show a phenotype of white fur
But for the heterozygous individual: the individual carries two disimilar alleles for a trait eg carry both the dominant and the recessive alleles. For example (Ff) as the genotype and showing black fur as the phenotype.
Evaporation as it melts ice and adds on water!.
Often, we can cause the exchange of electrons, which creates charge.
For example, rubbing a rubber comb with a wool cloth will create charge on the comb, and it will attract small bits of paper.
Answer:
- mountainside: temperature extremes have more influence
- beach: wind and waves have more influence
Explanation:
It depends on what you mean by "factors that control weathering" and where the beach and mountain are located.
If we assume that the rock on the mountain is at a place that has seasonal snow, and the beach is in a temperate climate, then we can make these observations.
The rock on the mountainside will be "weathered" by freezing and thawing, and by plant growth (roots). These will tend to enlarge any cracks in the rock, breaking it apart. While the mountainside may be windy, that wind may not carry particles that would tend to erode the rock surface.
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The rock on a beach will be most affected by wave and water action, tending to smooth any exposed surface. Freezing and thawing action is less common, due to the moderating influence of the water on the local weather. In some cases, plant growth may also be a factor. Wind may pick up beach sand, further tending to smooth any exposed surfaces.
Answer: density
Explanation:
Water's high heat capacity is a property caused by hydrogen bonding among water molecules.
