Answer:
We can apply Boyle's law here, which state that for a fixed temperature and amount of gas, the volume of a gas is inversely proportional to the pressure. Thus,
PV = constant
780 x 100 = 880 x V
V = 88.6 ml
As migration grows, so does the distribution of people across areas, including the critical behavior of population extinction in some places under certain conditions.
<h3 /><h3>How does the population change due to migration?</h3>
If the migration continues rising as a consequence of a push to relocate, the desolate area can then become occupied once more.
As migration increases, so does the distribution of people across places, including the crucial behavior of population extinction for some places under a particular set of conditions.
Similar to this, migration will slow down aging in wealthy areas while speeding it up in underdeveloped ones.
Most nations and areas that experience population declines do so primarily as a result of the natural change, whereas regions that experience population gains do so mostly as a result of migration from outside of the city.
Hence, migration decreases the population.
To learn more about the migration refer to;
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Answer:
This is a good experiment, however there are a few flaws
Explanation:
In this experiment, the battery is not replaced. Which can then affect the experiment if it had sustained damage from the failed attempts in the garage, and then being moved to the second scenario. Another possibility is that the battery was faulty from the start, which would definitely affect the results negatively.
Another flaw would be the temperature. The first scenario of a warm garage is fine, however after being moved to an environment below zero, the water in the car would have frozen, and many other systems would be impaired. Therefore the starting of the car would be influenced by more than just the battery.
Answer:
The smaller ball (the tennis ball) will receive a much larger acceleration than the soccer ball of larger mass.
According to Newton's 2nd Law of motion, (force equals mass times the acceleration imparted)
Since in this case we have the same force (50 N) applied to two different masses (one the tennis ball "m" which has smaller mass than the soccer ball of mass "M"), then the resultant accelerations will be different being the acceleration of the tennis ball () much larger than the acceleration imparted to the soccer ball (), as can be seen from solving for the acceleration in the previous equation:
Answer:
Explanation:
Given that
Wavelength
slit separation
slit screen distance
We know that for double slit the maxima condition is that
For small angle approximation,
Now
Again
Hence