Answer:
C.
Explanation:
A reasonable deduction for Devon could be that while the authors refer to a "relationship," this terminology doesn’t automatically imply a causal link. In numerous scientific writings, the word "relationship" signifies the connections within a system, which may hold equal or even greater significance than the individual components. Conversely, in various other studies, this same wording might be utilized to indicate causation.
Cuando el agua es abundante (no limita), las plantas tienen la capacidad de poseer más estomas, lo que aumenta el acceso al agua (y a los iones de hidrógeno necesarios) y proporciona un mejor soporte a los tejidos herbáceos.
Espero que esta respuesta sea correcta :)
<span>The result hinges on the type of non-random mating involved. In the case of positive assortative mating, it typically raises the frequencies of homozygous genotypes, as it occurs when individuals pair with similar individuals. Conversely, if the non-random mating is negative assortative, the outcome mirrors that of positive assortative mating, resulting in a decrease in the frequencies of homozygous genotypes.</span>
Answer:
The pathway likely taken is ER - Golgi - vesicles that merge with the plasma membrane.
Explanation:
The endomembrane system comprises a complex network of internal membranes. It was first identified in the late 19th century when Camillo Golgi observed that a specific stain selectively colored certain cellular membranes. Golgi believed these membranes were interconnected; however, subsequent developments in microscopy and biochemical analysis revealed that the organelles within the endomembrane system function as distinct compartments with specialized roles.
In this case, the number of
chromosome pairs in the ant is 4. During gametogenesis, each chromosome pair will segregate into one gamete. Thus, the count of unpaired chromosomes = 4 unpaired chromosomes. The resulting gametes are now haploid, meaning they have no paired chromosomes. Now, each gamete will only carry one chromosome from each pair. Assuming the gene present in the cell chromosomes is heterozygote, there will be 2 outcomes. Consequently, their probability will yield 
outcomes. Therefore, for 4 chromosomes it would amount to 
chromosomes.
