D. Lateral
Explanation:
Lateral faults are not one of the three principal types of faults. A fault is a geologic structure produced as a result of brittle deformation of a rock. It results in blocks of rocks moving relatively one another.
There are three types of faults in a rock:
- Normal fault
- Thrust fault
- Strike slip fault
Normal and reverse faults can also be referred to as dip-slip fault.
- In a strike slip fault, two rocks slide past one another.
- This is different from dip slip faults in which a block slides down or up of another.
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The question is about a test cross. Definition of a test cross: Generally a cross involving a homozygous recessive individual. When a single trait is being studies, a test cross is a cross between an individual with the dominant phenotype but of unknown genotype (homozygous or heterozygous) with a homozygous recessive individual. If the unknown is heterozygous, then approximately 50% of the offspring should display the recessive phenotype. If the individual is homozygous all the progeny will have the dominant phenotype. James' suggestion to use show the result of the two possible crosses with a Punnet square is a great suggestion.
A. DNA mutation (i think)
<span>Angiosperms are flowering plants.It is the most diverse group of plants with more than 250,000 species. They are called angipsperms because their seeds are enclosed in a carpel (in a vessel).
Angiosperms are the most diverse and successful plant group today because the reproduction is aided by flowers, protected seeds and insect pollinators (A). The flower lures insects, birds, bats to itself, and in the process has dramatically increased the diversity of flowering plants.Closed carpel allow seed protection.</span><span />
