Answer:
No, light can't cause the butterfly's wing's to glow.
Explanation:
Butterflies contain wings which are of different colors for attractiveness and also to show warning alarm for it's predator. They are attracted to light but they can't absorb sun light.
Their wings contain scales that are of different color.
Answer:
I would think it would be B Hope this helps out.
Explanation:
Answer:
Glutamate Hippocampus, Frontal lobe, Sympathetic nervous system Cerebellum and GABA increases the performance during exam.
Explanation:
Glutamate, Hippocampus and Frontal lobe are the factors which help him in the preparation for successfully taking the exam because all these factors are linked to memory and we know that good memory gives good results in the examination. Sympathetic nervous system, Cerebellum and gamma-Aminobutyric acid (GABA) have a great impact on the Jackson's performance on the day of the exam because Sympathetic nervous system sends extra blood to the muscles when there is stressful situation while Cerebellum helps in the coordination of the muscles i. e. helps in movement of muscles such as for writing. Gamma-Aminobutyric acid (GABA) is eaten orally due to relieving the anxiety during stressful condition.
Answer:
=IF(i9 ≥ 40, "YES" , "NO" )
Explanation:
Here, IF is the condition
we know that,
IF ( logical_test , [value_if_true] , [value_if_false] )
Here we are using greater than formula :
=IF(i9 ≥ 40, "YES" , "NO" )
It means that,
If the package is more than or equal to 40 then it will show "yes", or otherwise "no"
Here we are using yes instead of true and <em>no</em> instead of<em> </em><em>false</em>
Answer:
The normal body temperature for humans is 37 degrees Celsius. Most of the enzymes of a human's bodywork best at this temperature. If an enzyme was discovered which works best at 39 degrees Celsius, then it means that the enzyme works at elevated temperatures for events which require slightly higher temperatures.
The enzyme will most probably work for overcoming fever or for reducing the temperature of the body after exercise.