The answer is; The frequency for allele O = 0.7746 while that of o = 0.2254
Well use the hardy Weinberg equation of a population at equilibrium; p2 + 2pq + q2 = 1
In our case, p2 will be 60/100 = 0.6; therefore p = square-root of 0.6 = 0.7746
Remember also that the frequencies of alleles of the same gene add up to one (1); i.e p + q = 1
Therefore q = 1 – 0.7746 = 0.2254
Recognition of poisonous plants is very important since it is part of livestock managements especially grazing animals such as cows and horses. Plant identification and avoidance to such is the key solution to poisoning.
Here are five plant species that are poisonous to grazing animals:
1. Brackenfern- <span>(Pteridium acquilinum)
2. Butterfly Milkweed (</span><span>Asclepias tuberosa)
3. Chokecherry (</span><span>(Prunus virginiana)
4. Cocklebur (</span>Xanthium strumarium)<span>
5. Hoary Alyssum </span><span>(Berteroa incana)</span>
Answer:
Food chains show a single path of energy in an ecosystem, and food webs show overlapping pathways of energy in that ecosystem.
Explanation:
Unlike food chains, food webs show more detailed information about the different animals in an ecosystem and show multiple energy transfers to different animals from the same sources.
By looking at these examples, you will notice a dramatic difference in detail:
Answer:
<u><em>Population</em></u> means for example: "The forest is <u><em>populated</em></u> by savage animals"
Explanation:
<u><em>Population</em></u> exactly means just that a town is <u><em>populated</em></u> by humans, or if the forest is <u><em>populated</em></u> by savage animals that will kill you on sight.
Hope this helps!