Secondary succession occurs where there are already a small set a species present, and thus biological life already been able to take a good hold on the area. On the other hand, primary succession occurs in an area devoid of life, and spores from fungi, bacterium or grasses can eventually generate a livable soil for larger plants, and later animals, to take foothold. An example of primary succession would be magma from a volcano sweeping over a large portion of a forest and suffocating all life.
In the 2-4 range when assigned a numerical score for each category and then add up the total score. (the highest possible score is 6; the lowest is 0) is fallen.
The difference between the highest value and the lowest value is termed a range of numerical data. To find the range of data simply subtract the lowest value from the greatest value. The value of the range is always negative.
The range is a good way as it provides a basic understanding of how numbers in the data are set up because it makes easy calculation as it only requires only a simple arithmetic operation, but there are also some other applications of the range which can be done in data sets of statistics.
When a numerical score is assigned for each category and the total score is calculated by adding the individual scores. The highest possible score given here is 6 and that of the lowest is 0. To get this highest score, range from 2-4 is most possible as when the addition is done between different numbers of this range, the most occurring score is 6. Other ranges are not considered as it does not reach near 6.
Learn to know more about the range of scores in each interval of a grouped frequency distribution on
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Neptune is a gas planet, so it doesn’t have a solid surface. If you tried to walk on the surface of Neptune, you’d sink right in. But let’s say you could walk on Neptune. How strong is the gravity on Neptune? How heavy would you feel?
The surface gravity of Neptune is 1.14 times the gravity on Earth. In other words, if you could actually walk on Neptune, you would feel only a little heavier than if you were walking on Earth. If you weighed 100 kg on Earth, you would weight 114 kg on Neptune. Compare that to the much lower gravity you would feel on the Moon (16.5%) or Mars (37.6%).
Neptune has much more mass than Earth. In fact, it has a mass of 17 times the mass of the Earth. You would think that would make the gravity much more extreme. But it also has a much larger size. The diameter of Neptune is 3.8 times the diameter of Earth. This brings the gravity on Neptune down to a very comfortable 114% the gravity of Earth.
Except for the non-solid part, walking on Neptune would feel very comfortable.
1.) pteridophyte
2.) gymnosperms
3.) bryophytes
4.) angiosperms
Hope this helps!
