It is Important for scientist to use data because data is what they use to write their observations. Scientist organize data in to the data tables.
Answer: Oxisols
Explanation:
The soils that is present on the old land surface unless the parent material were strongly weathered before they were deposited.
These are soils are rich in iron and aluminium oxides. This soil is not good for cultivating crops and agriculture because it does not tightly binds to the crops and plants.
It leaches very easily so considered poor for cultivation. They are mostly found in the tropical rain forest.
Answer:1. The basic building block of all forms of life nucleus --cell
2. The rigid wall of plant cells that surrounds the cell membrane-- cell wall
3. The tiny body that contains chlorophyll --chloroplast
4. Carries the genes or inheritance units of a cell --chromosome
5. A protein and fat structure serving as a covering and enclosure for a cell -- membrane
6. The protoplasmic substance separate from the cytoplasm --nucleus
7. The organic substance making up the cells of all living things-- protoplasm
8. The protoplasmic unit of a cell -- protoplast
9. A cell storage body that increases in size with age--vacuole
Explanation;the cell is the basic unit of life. All living organisms are made up of cells.it is made up of the cell membrane and the protoplasm.the protoplasm is the content of the cell while the cell membrane Is the covering of the cell. Cell contains organelles within it which performs specific functions. These function are necessary for the proper functioning of the cell and the organism at large. A cell may be prokaryotic or eukaryotic. A prokaryotic cell usually lacks membrane bound organelles,such as the nucleus. Example of prokaryotes are bacteria and archaea.
Eukaryotes have membrane bound organelles. Examples are plant and animal cells. There are some difference in the plant and animal cell.for example, a plant cell may contain a vacuole, chlorophyll etc which are absent in animal cell.
An animal cell has centrioles which a plant cell lacks.
For 2,000 mice living in a field, the per capita growth rate is mathematically given as
NT=0.4
<h3>What is the per capita growth rate (rmax) of mice over a month?</h3>
Generally, the birth and death rate is mathematically given as
BT=1000/2000
BT=0.5
Where
DT=200/2000
DT=0.1
In conclusion, per capita growth rate
NT=0.5-0.1
NT=0.4
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