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False, Abdullahs4639</em></h2><h3>So Quick To Answer Without Knowing The Answer Choices.</h3>
The Question Asks For <em>Truth About Both Nature And Park Preserves</em>.
<h3>Without The Proper Materials To Answer This Question This Is All That Can Be Giving.</h3>
<em>A Nature Reserve</em> Is A Protected Area Of Importance For Wildlife, Flora, Fauna Or Features Of Geological Or Other Special Interest, Which Is Reserved And Managed For Conservation, Also Provides Special Opportunities For Study And/Or Research.
<em> A National Preserve</em> Is Park Service Protected Area Of The United States Designated By Congress That Has Characteristics Normally Associated With National Parks But Where Certain Natural Resource-Extraction Activities Such As Fishing, Hunting, Mining, And Oil/Gas Exploration And Extractions Are Permitted.
The correct answer is - all of these contributed.
The sediments in the lagoons come from multiple different sources. The rivers and streams from the mainland, the sediments brought by the wind, and even the ocean waves that manage to get over the spit occasionally.
The biggest influence in the deposition of the sediments in the lagoons though is by the rivers and the streams from the mainland. They carry sediments with them constantly, and the amount of those sediments is also on a high level, in fact they bring in so much sediments that they have actually built the lagoon itself.
The wind and the ocean waves that manage to get over the spit have much lesser influence in the total deposition of sediments, but still they do in some part, and it shouldn't be put aside.
The combination of the three different sources, with different types of sediments brought to the lagoon by each of them, gives the lagoons a beautiful and unique appearance.
It makes you think that you have al lot of money. For as, you start to use it more and more.
Hoped I helped!
So let's make p = dominant allele and q = recessive allele
p+q = 1, and (p+q)^2 = 1^2 thus
p^2 + 2pq + q^2 = 1, where p^2 = homozygous dominant, 2pq = heterozygous, and q^2 = homozygous recessive
So if p = .84, then q = 1-.84 = .16
a) recessive phenotype = q^2 = (.16)^2 = .0256
= 2.6%
b) dominant allele = p = .84 = 84%
c) heterozygous genotype = 2pq = 2(.84)(.16)
= .269 = 26.9%