I think the answer your looking for is Cells
"The organisms found in the shady area beneath a tree will be different from those found in the rain puddle" statement is most likely true regarding the organisms found in these two microhabitats.
<u>Option: B</u>
<u>Explanation:</u>
The narrow-scale environmental conditions of a specific entity or an organism population is understood as microhabitat. With relation to given statement, birds who protect themselves from getting wet because it become barrier for them to fly high and search food, at the same time the worms and snakes kind organisms enjoy rainy season by coming out from their holes, because they find difficulties in surviving outside their shady area during humid or summer season. Each habitat contains numerous microhabitats with subtle differences in exposure to light, humidity, temperature, circulation of air, and many other considerations.
It depends on what you believe. Many Evolutionists would say D. But if you believe in the Bible, then the answer is C.
The conditions requiring higher and lower energy are as listed below:
<u>Conditions </u><u> </u><u> Energy Requirements </u>
Bronchopulmonary dysplasia Higher ( B )
Pediatric AIDS Higher ( B )
Prader-Willi syndrome Lower ( A )
Cystic Fibrosis Higher ( B )
Down syndrome Lower ( A )
Spina bifida The same ( C )
<h3>Infant health conditions </h3>
Children suffering from various health conditions require a different level of energy intake from the consumption of food and this depends on the health danger the diseases posses to the body such as metabolic rate of the body.
Certain health conditions require high energy intake while certain health conditions require a lower energy intake such as ( Down syndrome and Prader-Willi syndrome ).
Hence we can conclude that the energy needs of each condition is as listed above.
Learn more about Infant health conditions :brainly.com/question/26105007
It is possible if the parents are heterozygous (meaning they have a dominant AND recessive allele for the trait.
Well say the allele for orange is X and the allele for green is X.
Let’s say we have two homozygous orange parents. That means they have no trace of green.
XX
X XX XX As you can see, the Punnett
X. XX XX. Square shows that all offspring will have capital X’s, meaning only homozygous orange offspring is produced. No green babies here.
We can try the same thing with a homozygous parent and a heterozygous parent.
Xx
X XX Xx Here we can see that 50% of
X XX Xx the offspring has a lowercase x. That means they are heterozygous. They carry the green trait, but it doesn’t show because it is masked by the dominant orange allele. So no green babies here either.
Finally we can try heterozygous parents.
Xx
X XX Xx 25% of the offspring is
x Xx xx homozygous for orange. 50% of the offspring is heterozygous for orange. And 25% is homozygous for green. There must be two recessive alleles in order for green to show.
The only way to produce green offspring is to have two heterozygous parents.