When it is sunny and warm outside but not to hot to dry out grass or the soils the plants are able to absorb the sunlight and convert the sunlight into chemical energy but when it is cloudy and storming outside depending on how bad the storm is the rain can moisturize the soils and the roots are able to abosrob the nutrients too. If it really stormy outside to which there is hail, heavy rain to cause floods and thunder it could damage the plants because of the hail and it could get washed away by the floods from the heavy rain.
When it is cold outside just cold outside and not snowing it could freeze the plants espeically if it gets cold in the middle of spring (climate change for example) it could damage it because of it.
If it is winter outside the plants go into sleep like bears and other animals do during winter.
Due to climate changes the weather has been unpredictable like when the weather casters on the news say there is rain or snow in the near future, it gives the growers or farmers time to cover up the plants and everything but with climate changes the weather will be all nice sunny spring like weather to a cold winter like weather.
So to keep this answer short the weather conditions can affect the rate of photosynthesis really bad.
Hope this helped :)
have a great day
The incorrect statement is as under :-
When these materials end up in the ocean, they support the growth and well-being of marine life.
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Explanation:</em></h2>
Waste materials like plastic, rubber, metal etc don't benefit marine organisms. In fact, they have very harmful impact on marine life forms.
Marine animals like fish, sharks, birds etc. tend to consume the plastic waste which is dumped in the oceans as waste product. After ingestion, it causes various complications in their bodies which may even lead to death.
Also, heavy metals like mercury, cadmium etc. are extremely toxic for fish. Their accumulation in the tissues of various fish causes poisoning in their body which impairs their normal body functioning.
Answer:
number of sheep with homozygous dominant white fat genotype = 5399
Explanation:
If p = frequency of dominant allele and q= frequency of recessive allele
According to Hardy-Weinberg equilibrium:
p + q =1 and p² + 2pq + q² = 1
where p² = frequency of homozygous dominant genotype
q²= frequency of homozygous recessive genotype
and 2pq= frequency of heterozygous genotype
Here,
q² = 53/6520= 0.0081
q = √0.0081 = 0.09
p = 1-q = 1-0.09= 0.91
So, p² = 0.91² = 0.8281
number of sheep with homozygous dominant white fat genotype= 0.8281*6520 = 5399
Antlions experience competition when they are still larvae and looking for food or prey intake. It is called the shadow competition in where the pits are located in the upstream that can block the path of the prey thus the ones in the downstream will have less prey intake.