<span>They are experiencing Exponential growth</span>
B if it’s not correct sorry
Answer:
The options
A. Frontal lobe
B. Cerebral cortex
C. Prefrontal cortex
D. Temporal lobe
The CORRECT ANSWER IS C.
C. PREFRONTAL CORTEX
Explanation:
Santrock (2009) discussed some variations in the brain at a certain age period of 5-12 years as middle and late childhood.
Total brain volume becomes stable at the end of this age range but some certain changes can be noticed at different brain regions. Take for example the PREFRONTAL CORTEX that coordinates the brain pathway and circuitry which is the main level or highest point in the brain will continue to experience positive changes in the middle and late childhood periods. This progressive increase in turn boosts children's improved attention, reason plus cognitive control.
Both the chromosome Y and the mtDNA represent specific lineages, it means that they can be used to reconstruct the evolutionary history by patrilineal and matrilineal relationships, respectively. Phylogeography and phylogeny are disciplines that often use both types of genomic sequences in order to avoid the problem that represents the genetic phenomenon of recombination when tracing the evolutionary history of organisms
Answer:
Yes, there would be no sugars present in any of the solutions as no colour change was depicted.
Explanation:
Benedict's solutions can be described as a solution comprising of copper(II) sulphate, sodium carbonate and sodium citrate. This reagent is used for testing the presence of carbohydrates or reducing sugars in a solution.
A series of colour changes is seen in the Benedict's test if a solution has sugars present in it. Initially, the colour is changed from blue to green, then orange/yellow. And in the end, the solution acquires a brick red colour.
In the scenario discussed in the question, no colour change is depicted in any of the test tubes. Hence, there would be no sugar present any of the solutions.