I think the probability would be 50% bc there are four options FF Ff fF and ff. Half of those are heterozygous (the child would be a carrier). So I think it's 50%. However, if we already know that the child will not have the ff combination, then we could say that there are only three other options (so maybe it's 60%?) but that's probably just me being a smartass.
By definition density independent, i would say it has an equal effect on large and small ecosystem.
Explanation:
I interpret density independent limiting factors to be factors that affects an ecosystem regardless of the population size. Examples could be: Weather patterns, natural disasters, and changing seasons. None of these are effected by how big or small an ecosystem is, they occur because they are fundamental to the principles that guide our world.
Mixed dentition is the stage of tooth development contains permanent and primary teeth in various stages of formation.
<h3>What is
Mixed dentition ?</h3>
In the stage of mixed dentition, when both primary and permanent teeth are present, occlusion is forming. Analysis of the mixed dentition is a crucial component of an orthodontic evaluation.
- The mixed dentition stage refers to this era of transition. There are 32 permanent teeth, and they are yellower than teeth that fall out during the year.
- The mixed dentition is the stage of tooth development that comes after the eruption of the first permanent molars and incisors but before the loss of the remaining deciduous teeth.
- Humans, like most other mammals, develop two different sets of dentition called the deciduous dentition / primary dentition, (baby teeth, or milk teeth), and the permanent dentition / secondary dentition / adult teeth. These are the 2 types of Dentition.
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Answer:
The answer would be C. make the children born to the woman full members of her husband's descent group.
Explanation:
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